Relazione -...

Consulenti e collaboratori: Prof. Eugenio Pugliese Carratelli Prof. Enrico Foti (Univ. Catania) Prof. Vittorio Bovolin Ing. Fabio Dentale Dott. Giuseppe Spulsi

Relazione Valutazione dell’apporto solido

dei principali corsi d’acqua del golfo di Salerno

PROVINCIA DI SALERNO ASSESSORATO ALLE POLITICHE AMBIENTALI

Consulenza scientifica per indagini e studi relativi alla progettazione preliminare per la

"Sistemazione del litorale salernitano, compresa la costa della città di Salerno"

CONVENZIONE PROVINCIA DI SALERNO – C.U.G.RI.

C.U.G.RI. Il Responsabile Scientifico

PROF. ING. E. PUGLIESE CARRATELLI

Convenzione del 13 sett. 2004 Prot. 11888

C.U.G.RI. Il Direttore e Legale Rappresentante PROF. ING. LEONARDO CASCINI

VALUTAZIONE DELL’APPORTO SOLIDO DEI PRINCIPALI CORSI D’ACQUA DEL GOLFO DI SALERNO

INDICE

1. LA PRODUZIONE DI SEDIMENTI 1

1.1 Generalità 1

1.2 Approccio basato sulla formula RUSLE 2

1.3 Approccio idraulico

1.3.1 Classificazione morfologica dei tratti d’alveo 7

1.3.2 Massima capacità di trasporto 8

2. CURVA DI DURATA DELLE PORTATE 12

2.1 Regolarizzazione curve di durata 14

2.2 Regionalizzazione dei caratteri idrologici 17

3. I CORSI D’ACQUA DEL GOLFO DI SALERNO 19

3.1 Formule per il calcolo del trasporto solido 20

3.1.1 Formula di Engelund e Hansen 20

3.1.2 Formula di Ackers e White 21

3.1.3 Formula di van Rijn 22

3.2 Valutazione dell’apporto solido annuo 23

1

1. LA PRODUZIONE DI SEDIMENTI1: 1.1 Generalità

La superficie terrestre è sottoposta ad una continua azione di

trasformazione esercitata dagli agenti atmosferici che può essere

concettualmente rappresentata riferendosi ad un processo composto da

due fasi: una prima fase in cui, mediante la degradazione le rocce

compatte si rendono disponibili grandi volumi di sedimenti sciolti ed una

seconda fase nella quale avviene il trasporto ed la ridistribuzione di tali

sedimenti.

Gli effetti di questo processo di modellamento della superficie terrestre

possono comportare impatti di notevole rilevanza sulle attività antropiche

che, a propria volta, possono interagire con i meccanismi di base che

governano tale processo comportando, a seconda dei casi, retroazioni sia

positive che negative.

Dal punto di vista applicativo le finalità dello studio di tali fenomeni è quello

di valutare qualitativamente, e possibilmente anche quantitativamente, le

linee di tendenza e le eventuali direzioni del cambiamento.

La molteplicità dei fattori coinvolti e la complessità delle relazioni che

legano tra di loro questi fattori rendono il problema assai complicato tanto

che lo studio di questi meccanismi rappresenta, a tutt’oggi, una delle

maggiori sfide della ricerca scientifica mondiale.

Appare utile premettere alcune definizioni, si definisce:

Volume eroso (Sediment Yield) il volume complessivo di materiale solido

che i processi erosivi rendono annualmente disponibili per la fase di

trasporto;

1 Bibliografia (1)ASCE Sedimentation Engineering ASCE 1975 (2)Raudkivi Loose Boundary Hydraulics Pergamon Press1990

2

Fattore di consegna (Sediment Delivery Factor SDF) la percentuale di volume

solido eroso che raggiunge la rete drenante;

Fattore di trasporto (Sediment Transport Factor STF) la percentuale del

materiale solido che raggiunge la rete drenante che il sistema è in grado di

trasportare verso valle.

1.2 Approccio basato sulla formula RUSLE

Il volume eroso complessivo che può potenzialmente giungere ad una

data sezione può essere valutato impiegando formule di origine empirica

che sono, nella quasi totalità, derivate dalla pionieristica formulazione

dell’Universal Soil Loss Equation (USLE) (1):

RKLSCPE = (1)

dove:

E produzione di sedimenti media annua

R fattore riferito all’erosione potenziale

K fattore di erodibilità

L fattore legato alla lunghezza del bacino

S fattore legato alla pendenza del bacino

C fattore legato all’uso del suolo

P fattore legato alla presenza di interventi di conservazione del suolo

L’applicazione quantitativa di formule di questo genere richiede che sia

stata effettuata una calibrazione, a scala regionale, dei diversi coefficienti

presenti nella formula. Quando tale calibrazione risulta disponibile

l’applicazione della (1) consente di ottenere buone correlazioni. In

assenza di tali informazioni la formula risulta di limitata applicabilità pratica

in particolare ove si consideri la struttura moltiplicativa della formula che

comporta l’’amplificazione delle incertezze introdotte da ciascun

parametro.

3

Non tutto il materiale eroso e reso disponibile per il trasporto viene

effettivamente trasportato dalla rete di drenaggio. La determinazione del

STF si basa sull’uso di formule che utilizzano parametri morfometrici del

bacino. La struttura tipica di tale famiglia di equazioni è (1):

BdHLcAbaSTF loglogloglog −−−= (2)

dove:

A è l’area del bacino;

L è la lunghezza del bacino valutata lungo l’asta principale;

H è la differenza di quota valutata sulla distanza L;

B è il rapporto di biforcazione medio;

a, b, c, d coefficienti numerici.

Anche in questo caso la corretta applicazione della formula (2) richiede la

determinazione dei diversi coefficienti presenti nella formula sulla base di

una valutazione, da effettuarsi a scala regionale, di dati empirici.

E’ comunque interessante notare che, all’aumentare dell’area A

considerata, sia l’inverso della pendenza media del bacino, rappresentata

dal rapporto L/H, sia il rapporto di biforcazione tendono in generale ad

aumentare cosicché si osserva una diminuzione dell’indice STF. Tale

diminuzione indica che, movendosi verso valle, la capacità di trasporto

specifica (riferita all’unita di superficie) diminuisce il che giustifica la

presenza, all’interno del bacino, di aree di deposito.

Lo strumento concettuale più importante per analizzare l’evoluzione

morfologica di una data area è quello di considerare il bilancio dei

sedimenti. Un bilancio dei sedimenti può essere sviluppato a diversi gradi

di dettaglio. Ad esempio per un certo tratto di un corso d’acqua il bilancio

più elementare riguarda la valutazione del volume accumulato od eroso in

tale tratto come differenza tra il flusso entrante e flusso uscente:

4

Variazione (accumulo o deposito) = flusso entrante – flusso uscente (3)

Sebbene sia possibile immaginare bilanci più complessi che riguardano,

ad esempio, la scomposizione in differenti frazioni anche il semplice

bilancio indicato dalla (3) è affetto da notevoli incertezze.

Il risultato di un bilancio di sedimenti dipende in maniera fondamentale

dalle scale spaziali e temporali prese in considerazione.

Nel caso ci si riferisca a scale temporali molto lunghe, ad esempio tipiche

di un approccio geologico, si può presumere che solo al termine del

periodo di osservazione tutti i sedimenti prodotti nel bacino idrografico a

monte di una data sezione di interesse tendono a raggiungere la sezione

di interesse stessa ne consegue che, nel corso del periodo di

osservazione, il sistema non sia rimasto in equilibrio.

Quando si considerino invece scale temporali tipiche di applicazioni

tecniche si è soliti presumere che il sistema sia in condizioni di sostanziale

equilibrio.

Analoghe considerazioni possono essere svolte per quanto riguarda le

scale spaziali infatti l’ipotesi di equilibrio può essere accettabile quando la

scala spaziale considerata è piccola, mentre tale ipotesi non è certamente

corretta quando si consideri una scala spaziale paragonabile a quella

dell’intero bacino idrografico.

Appare evidente che a scala di bacino un sistema idrografico non si trova

in condizioni di equilibrio, infatti, sebbene la capacità di trasporto

complessiva aumenta verso valle, bisogna d’altro canto osservare che la

capacità di trasporto specifica, come evidenziato in precedenza,

diminuisce, cosicché all’interno di un bacino idrografico devono esistere

zone di accumulo di materiale solido.

1.3 Approccio idraulico

5

In alternativa all’approccio suggerito dalle (1) e (2), la valutazione della

capacità di trasporto complessiva di un corso d’acqua può essere

effettuata seguendo un approccio di tipo idraulico basato sulla valutazione

della capacità di trasporto del tratto terminale del corso d’acqua con

l’impiego di formule per il calcolo del trasporto solido.

In un corso d’acqua naturale la corrente fluida esercita sul fondo uno

sforzo di trascinamento τo, quando tale valore eccede una soglia τc, il cui

valore numerico dipende dalle caratteristiche del materiale presente sul

fondo e sulle sponde dell’alveo, le particelle che compongono il letto del

corso d’acqua cominciano a muoversi nel verso della corrente (2), dando

vita a quello che viene denominato come trasporto solido.

Il trasporto solido è usualmente suddiviso in trasporto solido di fondo e

trasporto solo in sospensione.

Per valori relativamente bassi della differenza tra gli sforzi τo e τc, il

trasporto è limitato al fondo dell’alveo. All’aumentare dello sforzo alla

parete τo le particelle solide abbandonano il letto ed entrano a far parte del

corpo della corrente, in tale situazione si riscontra la presenza

contemporanea sia un trasporto al fondo che in sospensione.

I sedimenti sono tenuti in sospensione, contro l’azione della gravità che

tende a farli sedimentare, dall’azione diffusiva prodotta della turbolenza.

Per tale motivo, il valore fluttuante della componente verticale della

velocità ( )v v'/ *2 1 2= deve essere uguale o maggiore di quello della velocità

di sedimentazione.

Nella letteratura tecnica il valore caratteristico della velocità di agitazione

v* è indicato dello stesso ordine di grandezza della velocità d’attrito alla

parete u*.

Per l’inizio della sospensione deve risultare u w* / ≥ 1 oppure

( )θ ≥ −w S gds s2 1/ .

Una prima indicazione per caratterizzare il tipo di trasporto solido in un

corso d’acqua è rappresentato da dai rapporti:

6

2 < w/u* <6 carico di fondo

0,6 < w/u* <2 saltellamento

0 < w/u* <0,85 sospensione

dove u* è la velocità di attrito alla parete;

w è la velocità di caduta, o di sedimentazione, dei granelli.

Bagnold (1966), sulla base di dati sperimentali, stabilì che v u**.≅ 080 e

( )θ ≥ −0 40 12. /w S gds s .

Van Rijn (1984) propose l’inizio della sospensione per:

uw D

c*

*=

4 per 1 10≤ ≤D*

uw

c* .= 0 40 per D* > 10

dove ( )[ ]D S gds s*

//= − 1 3 2 1 3ν

Con l’equazione precedente Van Rijn stabilisce sostanzialmente un limite

più basso per l’inizio del fenomeno rispetto al criterio di Bagnold, per un

fattore compreso tra 5 e 6 quando D* > 10 .

Poiché le particelle sospese vengono trasportate approssimativamente

alla stessa velocità della corrente, la quantità di materiale trasportato

sospensione è usualmente molto più grande rispetto a quello che si

muove molto più lentamente sul fondo.

Le formule per il trasporto solido, di origine empirica o semiempirica,

legano la portata solida a quella liquida mediante parametri idraulici globali

rappresentativi della corrente liquida.

7

La capacità di trasporto di un corso d’acqua può essere stimata mediante

l’applicazione di opportune formule per la valutazione del trasporto solido

applicate alle curva di durata delle portate.

1.3.1 Classificazione morfologica dei tratti d’alveo

Per quanto riguarda una classificazione dei diversi tratti che compongono

un sistema fluviale nei confronti della capacità di trasporto dei sedimenti si

può fare riferimento ai seguenti criteri:

- sistemi limitati dalla capacità trasporto, nei quali il volume di

sedimenti disponibili eccede la capacità di trasporto, in tale caso si

assume che la corrente defluisca in condizioni di saturazione cioè

trasportando il massimo volume di sedimenti possibile;

- sistemi limitati dalla produzione di sedimenti, nei quali la capacità di

trasporto eccede il volume di sedimenti disponibile, in tale caso la

corrente defluisce in condizioni di parziale saturazione.

L’appartenenza ad una od all’altra delle due categorie dipende dal tipo di

trasporto considerato, in generale per quanto riguarda il wash load ed il

trasporto disciolto il sistema si presenta limitato dalla produzione, mentre

per quanto riguarda il trasporto solido ordinario in generale il sistema è

limitato dalla capacità di trasporto, sebbene, si pensi al caso di alvei in

roccia, sia possibile avere casi di sistemi limitati dalla produzione.

Tutte le formule per il trasporto solido sono state sviluppate in condizioni

sperimentali tali, e comunque nell’ipotesi, che la corrente defluisca in

condizioni di completa saturazione.

Nel seguito i calcoli verranno effettuati con riferimento al solo trasporto

ordinario e nell’ipotesi che la corrente risulti sempre satura, tale ipotesi

comporta che il valore ottenuto rappresenta la massima capacità di

trasporto.

8

1.3.2 Massima capacità di trasporto

Un altro aspetto concettuale che è necessario affrontare riguarda la

definizione della massima capacità di trasporto di un corso d’acqua, intesa

come la portata oltre la quale la sezione risulta insufficiente, tale valore

risulta strettamente legato al concetto di portata di modellamento.

La configurazione attuale di un qualsiasi corso d’acqua è il risultato di

complessi processi di dinamica fluviale.

L’introduzione di perturbazioni nel sistema, quali possono essere eventuali

modifiche delle caratteristiche geometriche dell’alveo, comportano

l’instaurarsi di retroazioni (indicati con terminologia anglosassone come

feedback) che possono essere sia di tipo positivo (che amplificano la

perturbazione tendendo verso una nuova situazione di equilibrio differente

da quella precedente), sia di tipo negativo (che si oppongono alla

perturbazione tendendo ad un ritorno alla situazione precedente).

Un corso d’acqua alluvionale adegua le dimensioni del canale in funzione

delle portate che mobilizzano le proprie pareti. E’ stato osservato che per

molti corsi d’acqua una singola portata può essere utilizzata per

rappresentare una geometria stabile. L’impiego di una singola portata è la

base delle cosiddette teorie di regime.

Nel seguito per portata di modellamento (dominante) si intenderà quella

portata che, se mantenuta costante, produce caratteristiche geometriche

del corso d’acqua analoghe a quelle che il corso d’acqua presenta

attualmente .

Il concetto di portata di modellamento si applica a tratti del corso d’acqua

che si ritengono stabili. Il concetto di stabilità va qui inteso in senso

dinamico, per cui le caratteristiche idrodinamiche non sono costanti in

senso deterministico, ma invece sono rappresentabili mediante variabili

casuali la cui evoluzione nel tempo può essere modellata mediante un

processo stocastico stazionario.

La portata di modellamento può essere determinata utilizzando 3

metodologie:

9

- la prima di tipo deterministico si basa sul concetto di portata “limite”

(con dizione anglosassone bankfull) che è rappresentata dalla

massima portata che il corso d’acqua può convogliare senza

interessare l’area golenale;

- la seconda è quella della portata efficace che è rappresentata dalla

portata che trasporta la percentuale maggiore del trasporto solido

annuale;

- la terza di tipo probabilistico si basa sulla identificazione di una

portata caratterizzata da un tempo di ritorno compreso tra 1 e 5

anni (o un valore ancora più elevato man mano che aumenta la

disuniformità del regime idrologico delle portate).

Le portate inferiori alla portata di modellamento risultano efficaci al fine del

modellamento della sezione trasversale del corso d’acqua, mentre le

portate superiori risultano efficaci anche al fine del modellamento della

piana alluvionale.

La portata “limite” è la massima portata che può essere convogliata

nell’alveo senza che siano interessate le aree golenali, dal punto

geomorfologico questa portata è rappresentativa del punto di passaggio

tra i processi di formazione del canale e quelli della piana alluvionale

L’identificazione della portata “limite” non è immediata e richiede che

venga identificato un livello “limite” per il quale sono stati proposti approcci

sia di natura morfologica che idraulica.

Per quanto riguarda i criteri di natura morfologica una prima definizione

individua la portata “limite” come la portata che corrisponde all’alveo

attivo, una seconda definizione individua la portata “limite” come la portata

che corrisponde alla profondità per la quale il rapporto larghezza su

profondità è il minimo (vedi figura 1), ed ancora come il livello lungo il

quale si riscontrano significative discontinuità nella vegetazione o nei

depositi alluvionali.

10

Figura 1. Definizione dell’altezza idrica “ limite” per mezzo del rapporto tirante idrico/larghezza in superficie (da Knighton, 1984)

La portata efficace è definita come la portata che trasporta la maggiore

percentuale del volume solido annuale. La portate efficace incorpora

entrambi i concetti di dimensione e frequenza dell’evento.

Le laboriosità del processo connesso alla identificazione della portata

“limite” o della portata efficace hanno portato alla ricerca di una

correlazione tra la portata di modellamento ed uno specifico periodo di

ritorno.

L’idea è quella di correlare le portata “limite” o efficace, per i tratti per i

quali risulta agevole tale determinazione, con il tempo di ritorno di tali

portate. In generale per alvei stabili la portata di modellamento è stata

trovata avere un tempo di ritorno compreso tra 1.0 e 2.5 anni, ma in questi

11

casi l’oscillazione tra la portata media annuale e la portata media di piena

non è elevata (Henderson, 1984).

In altri studi è stata individuata una fascia di variazione maggiore: la causa

principale di tale discrepanza sembra risiedere nella variabilità della curva

di durata della portata, curve che presentano maggiore variabilità

comportano tempi di ritorno maggiori (Viparelli, 1967).

E‘ stato anche osservato che la portata che defluisce in un tratto di alveo è

influenzata dal comportamento idraulico dei tratti che si ritrovano a monte

del tratto in esame: maggiore è l’effetto di laminazione indotto da eventuali

esondazioni presenti a monte che tendono a ridurre la portata defluente a

valle, minore risulta la portata di modellamento.

La distribuzione spaziale delle portate più elevate può quindi dipendere in

maniera determinante da situazioni idrauliche singolari il cui effetto però è

via via meno significativo quando si considerano portate progressivamente

minori.

Nel caso della portata di modellamento, che per definizione è contenuta

all’interno dell’alveo, gli effetti di laminazione sono limitati al solo accumulo

che si verifica all’interno della rete drenante, ed essendo questo, in

generale, trascurabile, ne consegue che tale portata non risente in

maniera significativa di condizioni idrauliche singolari presenti nel tratto di

monte.

L’impiego di criteri morfologici non appare privo di elementi di natura

soggettiva, per cui nella presente relazione si preferito adottare un

approccio di natura “puramente“ idraulico, giudicato più oggettivo,

secondo il quale portata “limite” è individuata, sulla base dei calcolo del

profilo di corrente, come la massima portata convogliata nell’alveo senza

che si verifichino esondazioni nelle aree golenali.

Dal punto di vista operativo, al fine di valutare la capacità di trasporto

annua di un corso d’acqua, la portata di modellamento rappresenta un

estremo superiore che non è possibile superare.

12

2. CURVA DI DURATA DELLE PORTATE

Una curva di durata delle portate o, semplicemente, una curva di durata,

fornisce una stima della percentuale di tempo durante la quale una data

portata viene eguagliata o superata nell’intero periodo di osservazione

preso in considerazione raffigurando, in un grafico bidimensionale, la

relazione esistente tra l’intensità e la frequenza della portata che transita

in una determinata sezione fluviale. Una curva di questo tipo può essere

costruita utilizzando valori di portata orari, giornalieri, mensili o relativi ad

altri intervalli temporali di riferimento, anche se, la maggior parte delle

applicazioni ingegneristiche, si avvale dei valori giornalieri.

La curva di durata delle portate viene rappresentata graficamente

mediante una curva che può essere interpretata come la complementare

della funzione di distribuzione cumulata; ad ogni valore di portata q

misurato nella sezione fluviale corrisponde, infatti, una probabilità di

superamento p definita nel seguente modo:

{ }qQPp ≤−= 1 (1a)

( )qFp Q−=1 (1b)

dove, la funzione di distribuzione cumulata FQ (q), rappresenta, per ogni

valore registrato q della portata Q, la probabilità che Q assuma un valore

non superiore a q (probabilità di non superamento). Avendo la funzione di

distribuzione cumulata andamento monotono crescente, è ovvio, vista

l’interpretazione statistica fornita, che una curva di durata ha sempre

andamento decrescente; il valore minimo di portata registrato ha, dunque,

una durata pari all’intero periodo di osservazione mentre, al valore

massimo di portata corrisponde la durata minima, in quanto eguagliato

una sola volta e mai superato.

La realizzazione delle curve di durata non presenta particolari difficoltà.

Facendo riferimento alla curva di durata a scala giornaliera, si procede

come segue: posto il numero di anni di osservazione pari a N, il metodo di

costruzione consiste nel disporre in ordine decrescente ogni anno dell’

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intero campione di dati di portata osservato e, calcolando la media,

avremo un anno medio ordinato, Qi, con i = 1,…,365 (escludendo la

presenza di anni bisestili, ipotesi che assumeremo sempre da questo

momento in poi); Q1 rappresenta, quindi, la portata massima osservata

nell’intero periodo di osservazione e Q365 la portata minima. A questo

punto, ad ogni valore di portata viene fatto corrispondere il suo valore di

durata, cioè il numero di giorni in cui la portata in questione è stata

eguagliata o superata. Affinché ogni singola durata possa anche essere

interpretata come una probabilità di superamento, è possibile

dimensionalizzare la durata dividendola per l’intero periodo di

osservazione. In particolare, in questo studio, la durata relativa Di viene

stimata mediante l’utilizzo della plotting position di Weibull; per cui, nel

caso di portate medie giornaliere, Di è esprimibile tramite l’espressione:

1365 +=

iDi (2).

Da tale definizione, risulta evidente che Di assume valori compresi tra 0 e

1 (estremi esclusi).

La presenza delle portate massime determina un andamento piuttosto

appiattito e poco visibile del ramo inferiore della curva. Per avere una

maggiore visibilità e, quindi, facilitare la lettura della curva, è possibile

utilizzare la scala logaritmica per rappresentare la portata media

giornaliera, ossia l’asse delle ordinate. Questa soluzione verrà, d’ora in

poi, adottata per ogni tipo di curva prodotta.

La rappresentazione in scala semilogaritmica consente di avere un

intervallo entro il quale varia la portata più ristretta, rispetto alla

rappresentazione in scala naturale. Ciò comporta un certo appiattimento

della curva di durata e una migliore visualizzazione del ramo della curva

relativo alle alte durate, importante per quegli studi che pongono la loro

attenzione proprio sulle basse portate come, ad esempio, uno studio

sull’approvvigionamento idrico. Significa, però, che non si possono

riportare le portate nulle sul grafico, in quanto l’argomento del logaritmo è

solo strettamente positivo per ovvie ragioni matematiche.

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2.1 Regolarizzazione curve di durata

Le curve di durata delle portate naturali sono state regolarizzate con delle

leggi di distribuzione delle probabilità. Va sottolineato, che questa

elaborazione è stata svolta al solo scopo di dare una legge analitica alle

curve di durata perché, data la stretta interdipendenza delle portate di

giorni adiacenti, non è lecito trattare le portate giornaliere come

realizzazioni indipendenti di un’unica variabile indipendente, ipotesi che è

alla base della procedura seguita.

Per la scelta della legge di distribuzione delle portate giornaliere vanno

tenute presenti le seguenti considerazioni: poiché la portata minima deve essere maggiore o uguale a zero mentre la

massima può anche essere, almeno teoricamente, illimitata, per

rappresentare il fenomeno delle portate giornaliere è necessario utilizzare

una distribuzione di probabilità definita solo per valori non negativi;

non interessando i fenomeni di piena, è indifferente considerare una

funzione di probabilità che sia o meno limitata superiormente; maggiore

importanza riveste, invece, la definizione dell'estremo inferiore della

distribuzione, che rappresenta la portata di magra assoluta del corso

d'acqua. Infatti, tale valore, a meno di corsi d'acqua a carattere torrentizio,

è sempre diverso da zero ed assume spesso valori non trascurabili.

Ciò premesso, supposta nota la funzione densità di probabilità f(x), nella

quale x rappresenta la portata media giornaliera, e noto l’estremo

superiore xs delle portate osservate, la relazione

( ) ( )∫=sx

x

dxxfxF (3)

rappresenta la durata di x, che può essere interpretata come la probabilità

che la variabile causale sia compresa tra un generico valore x e l'estremo

superiore xs. Al variare di x, F(x) descrive una curva di durata dei deflussi.

Ad ogni portata Q della curva di durata corrisponde, quindi, una durata

pari al numero d dei giorni di un anno in cui Q è stata superata o

eguagliata, ottenuta moltiplicando F(x) per 365:

15

d = 365 �F(x)

Le leggi probabilistiche utilizzate più di frequente per regolarizzare le serie

storiche delle portate giornaliere sono: la log-normale, la legge di Gumbel

e le leggi di Pearson.

Senza affrontare un'esaustiva verifica della bontà d’adattamento ai dati

campionari, adottando la proposta di Casadei e Manciola , è stata scelta

per gli scopi del presente lavoro la distribuzione log-normale, ormai da

lungo tempo impiegata per elaborazioni di questo tipo.

Per rendere confrontabili le curve di durata di bacini di diverse dimensioni,

è opportuno esprimere le portate come frazioni della portata media della

serie storica Qmed.

Indicando con:

Q portata giornaliera di assegnata durata (m3/s)

Q0 limite inferiore della distribuzione (m3/s)

e con:

medQQq ⋅= 100 (4a)

medQQ

q 00 100 ⋅= (4b)

le portate in percento della portata media, se la distribuzione di q è log-normale la

variabile

( )010log qqy −= (5)

segue una distribuzione normale, la cui variabile ridotta:

( )( )y

yyzσµ−

= (6)

dove:

�(y) e �(y) sono, rispettivamente, la media e lo scarto quadratico medio di y,

può esprimersi nella forma:

( ) bqqaz +−= 010log (7)

16

avendo posto: ( )ya

σ1

= e ( )( )yyb

σµ

−=

Scritta per le portate q, la durata adimensionale, espressa dalla (3), rappresenta

il complemento a 1 della probabilità cumulata della portata qd, di durata d, e la

sua relazione con d può essere espressa utilizzando l’indice di posizione di

Weibull:

( )1+

=N

dqF d (8)

dove N è il numero dei giorni dell’ anno medio. La corrispondente stima della

probabilità cumulata è:

( ) ( )1

11+

−=−=N

dqFqP dd (9)

Poiché è:

( ) ( )FzPz −=

la variabile standardizzata corrispondente alla durata d è uguale a quella

corrispondente alla probabilità cumulata della portata qd cambiata di segno:

( )[ ] ( )[ ]dd qPzqFz −=

Calcolata la P(qd) tramite la (7.19) e, ricavando la corrispondente z[P(qd)]

invertendo la normale standard, la portata corrispondente alla durata d, q(d), è

ottenuta invertendo la (7.17), in cui z(P) è sostituita da -z(F):

( )( )[ ]

010 qdq abqFz d

+=−−

(10)

La portata di durata d, Qd, si ricava invertendo la (4a) e calcolando q con la (10).

I parametri a e b della distribuzione log-normale possono essere stimati con il

metodo dei momenti, rispetto ai valori delle y campionarie oppure, attraverso il

metodo dei minimi quadrati, calcolando la retta di regressione dei valori delle y

riferiti alla curva di durata osservata (anno medio ordinato) e facendo coincidere il

coefficiente angolare e l’ intercetta della retta d’ interpolazione con quelli della (7).

Va osservato, che la stima con il metodo dei minimi quadrati porta ad un’

interpolazione generalizzata dei valori osservati mentre, il metodo dei momenti,

pur fornendo una migliore interpolazione per i valori di portata maggiore,

penalizza l'accuratezza della stima delle portate di esaurimento o di magra.

17

Il parametro Qo, invece, è stato calcolato con un metodo basato sulla stima dei

parametri di una distribuzione asintotica del minimo valore, tipo Weibull a tre

parametri, con la quale sono regolarizzate le minime portate annue di ciascuna

serie storica, rispetto al quale è stato il valore della q0.

2.2 Regionalizzazione dei caratteri idrologici

L’analisi di regionalizzazione ha l’indubbio merito di permettere l’estensione delle

grandezze idrologiche (valori locali) determinate nelle sezioni strumentate alle

sezioni non strumentate (valori regionali), in cui altrimenti non sarebbe possibile

ottenere nessuna indicazione circa il regime di deflusso. In letteratura è stato

evidenziato il buon accordo tra le portata di magra ed i parametri di bacino BFI e

permeabilità. Entrambi dipendono dalle caratteristiche idrogeologiche del bacino.

In particolare, esprimendo il BFI come il rapporto tra i deflussi profondi e i deflussi

totali, si ritiene che possa esistere un legame significativo tra le variabili

geomorfologiche che influenzano i deflussi profondi (permeabilità, formazioni

geologiche), mentre si può ritenere trascurabile la dipendenza con caratteristiche

quali la pendenza, la densità di drenaggio, etc., che influenzano gli scorrimenti

superficiali.

Ciò consente di affrontare in prima analisi l’analisi regionale è stata estesa anche

ai parametri a, b, qo della formulazione analitica della curva di durata. partendo

dalla conoscenza delle caratteristiche di permeabilità dei bacini desumibili

indipendentemente dalle caratteristiche geomorfologiche e geologiche dei bacini.

L’obiettivo raggiunto è stato quello di avere ottenuto una procedura capace di

fornire una legge regionale per descrivere la curva di durata dei deflussi a partire

dal parametro BFI. Ciò comporta che in qualsiasi sezione priva di misure

sperimentali e osservazioni storiche di un corso d’acqua della regione climatica in

studio è possibile tracciare una curva di deflusso basata sull’analisi regionale a

partire dalla conscenza del BFI regionale per la stessa. Inoltre, al BFI è stato

legato il coefficiente udometrico umed, ottenuto dal rapporto tra la portata media

Qmed e l’area del bacino A, che compare nell’espressione (4.a,b) delle curve di

durata.

La dipendenza dal BFI dei valori di a calcolati nelle sezioni strumentate a partire

dalla portate naturali (a locale) può essere espressa nella forma:

BFIaeaa 2

1 ⋅= (11)

18

I valori del parametro b sono stati calcolati nelle sezioni strumentate a partire

dalla portate naturali (b locali) e dipendono linearmente dai valori locali di a

secondo una legge del tipo:

b = b1 + b2 a (12)

Il parametro qo, che rappresenta la massima magra adimensionale, in

percentuale:

è stato espresso in funzione del BFIL (locale) mediante una legge del tipo:

BFIaeaq 2

10 ⋅= (13)

Il coefficiente udometrico medio umed , dato dal rapporto tra la portata media del

corso d’acqua Qmed e l’area del bacino A, è stato espresso in funzione del BFI

con una legge di tipo esponenziale:

BFIb

med eau ⋅⋅= (14)

19

3. I CORSI D’ACQUA DEL GOLFO DI SALERNO

Il golfo di Salerno di Salerno rappresenta il recapito finale di 7 sistemi

fluviali rilevanti al fine della valutazione del trasporto solido annuo. Nella

tabella seguente sono riportate le principali caratteristiche morfometriche

dei corsi d’acqua che sfociano nel golfo di Saleno, tra questi il fiume Sele

rappresenta di gran lunga il bacino più grande.

Nell’analisi non sono stati considerati i contributi provenienti dai brevi corsi

d’acqua della Costiera Amalfitana in quanto, si è ritenuto che essi fossero

intercettati dal porto di Salerno e, sulla base di tale ipotesi, che in ogni

caso il loro contributo sarebbe comunque modesto in quanto non risulta

che dalla data di completamento del porto ad oggi si siano verificati, in

prossimità ed all’interno del porto, significativi fenomeni di interrimento.

Bacino Sottobacino Area Ymin Ymax Sele 3231 Sele 618 1.0 1760.0

Calore Lucano (confluenza Sele) 776 11.0 1873.0

Sele (confluenza Tanagro) 334 87.0 1800.0 Tanagro 761 129.0 1890.0 Landro 283 204.0 1611.0 Fiumara di Muro e di Avigliano 459 330.0 1438.0 Tusciano 206 2.0 1760.0 Picentino 146 2.0 1615.0 Solofrone 93 2.0 1109.0 Testene 63 3.0 884.0 Fuorni 32 3.0 1147.0 Irno 41 0.0 940.0

Come descritto in precedenza la capacità di trasporto di sedimenti

complessiva di un corso d’acqua può essere ottenuta sommando i

contributi giornalieri, valutati sulla base della curva di durata delle portate

discusse in precedenza così da coprire tutto il corso dell’anno.

La capacità di trasporto solido dipende dalla valore della portata che

defluisce nel corso d’acqua e dalle caratteristiche idrodinamiche (velocità

media di portata, altezza idrica, cadente piezometrica, sforzo di

trascinamento, velocità di attrito alla parate ecc.)

20

Per la valutazione dei parametri idrodinamici da utilizzare nelle formule di

trasporto, per i corsi d’acqua interessati, sono state ricavate le scale di

deflusso in moto uniforme.

In via semplificata per ciascun corso d’acqua sono state determinate: la

sezione trasversale media e la pendenza di fondo, che sono state assunte

come elementi rappresentativi del tratto terminale, a monte della foce,

corso d’acque. Il dettaglio delle sezioni e le relative scale di deflusso sono

riportate in Appendice.

3.1 Formule per il calcolo del trasporto solido

Per un confronto ed una valutazione della variabilità del trasporto si sono

utilizzate 3 formule per il trasporto solido: Engelund e Hansen (1967),

Ackers e White (1973) e van Rijn (1984) che in generale forniscono i

risultati più attendibili.

3.1.1 Formula di Engelund e Hansen (2)

Engelund e Hansen impiegando i parametri dimensionali relativi allo

sforzo sul fondo τ:

ds )( γγτϑ−

=

ed alle caratteristiche complessive del moto:

22'UgJyf =

determina il parametro di mobilizzazione:

'1.0

2/5

fθ

=Φ

che esprime il trasporto solido totale qt: 2/1

3

−Φ= gdq s

st γγγγ

dove:

γ peso specifico dell’acqua;

21

γs peso specifico dei sedimenti;

τ sforzo sul fondo;

J cadente piezometrica media;

U velocità media della corrente;

y tirante idrico medio;

d diametro dei sedimenti.

3.1.2 Formula di Ackers e White (2)

Sulle stesse basi concettuali proposte da Bagnold, Ackers e White hanno

adottato la tecnica dell’analisi dimensionale per esprimere il movimento ed

il trasporto solido in termini di parametri adimensionali. Gli autori hanno

ipotizzato che solamente una parte dello sforzo al fondo ha efficacia nel

muovere i sedimenti grossolani, mentre per le particelle fini predomina il

trasporto in sospensione e lo sforzo totale è completamente impiegato per

tale ultimo tipo di movimento.

Ackers e White hanno anche espresso in forma adimensionale il diametro

del granello:

( )3/1

2

1/

−=

νγγ s

gr gdd

Il numero che caratterizza il movimento delle particelle è:

( )

n

n

gr

dy

VgduF

−

∆=

1

*

log32 α

dove u* è la velocità d’attrito alla parete ρτ

=u *, e d diametro dei

sedimenti e y il tirante idrico.

L’equazione di trasporto proposta dagli Autori è:

22

n

s

mgr

Uu

d

XyA

FC

=

− *1

γγ

in cui X è la concentrazione dei sedimenti espressa in peso, A, C, m, n

parametri determinati da appropriate equazioni ricavate in base ad un

analisi multi criterio.

3.1.3 Formula di van Rijn (2)

Nel 1984 van Rijn propose due formule semplificate per la valutazione del

trasporto di fondo:

( ) 2.150

50

4.2

005.0

∆

−=

yd

gd

uUbq cr

e per il trasporto in sospensione:

( )dy

dgd

uUq gr

crs

6.050

50

4.2

012.0 −

∆

−=

nelle quali la velocità critica ucr per il movimento dei sedimenti è espressa

dalle relazioni:

=

90

1.050 3

12log19.0dR

du bcr per 0.1 <d50< 0.5 mm

23

=

90

6.050 3

12log50.8dR

du bcr per 0.5 <d50< 2.0 mm

e γγγ −

=∆s .

Le espressioni semplificate delle formule di van Rijn presentano una

precisione leggermente inferiore rispetto alle formule complete, ma oltre

ad una maggiore semplicità di uso possono essere applicate anche nei

casi nelle quali è nota la sola velocità media di portata.

3.2 Valutazione dell’apporto solido annuo

L’applicazione delle formule per il calcolo del trasporto solido, riportate in

precedenza, alle portate liquide delle scale di deflusso consente di

determinare una curva che esprime il legame tra portate liquide q e

portate solide qs.

La relazione tra portate liquide e solide è stata interpolata con una formula

di tipo monomio βαqqs = i cui coefficienti α e β sono stati determinati con

un processo di minimizzazione degli scarti.

Nella figura 2 è riportata, a titolo esemplificativo, la curva relativa al F. Sele

Le curve ed i dati relativi a tutti i corsi d’acqua, nonché i coefficienti relativi

alle formule monomie, sono riportati in Appendice.

y = 0.0002x1.2708

R2 = 0.9999

y = 4E-06x1.5841

R2 = 0.9992

y = 2E-06x1.7958

R2 = 0.9988

0.00

1.00

2.00

3.00

4.00

5.00

6.00

0 500 1000 1500 2000 2500 3000 3500 4000

van Rijn

Ackers-White

Engelund

Potenza (Ackers-White)

Potenza (van Rijn)

Potenza (Engelund)

Figura 2. Relazione tra portata liquida e portata solida

24

La formula monomia, che esprime la portata solida in funzione della

portata liquida, è stata applicata alle portate giornaliere della curva di

durata in maniera tale da determinare la corrispondente portata solida ed il

conseguente volume solido giornaliero ws,g.

∫=T

ogs dtqw βα,

dove T indica il numero di secondi (86400) in un giorno.

Sulla base dei contributi giornalieri è possibile valutare il volume

complessivo annuo Ws mediante la relazione:

∫=N

o gss dtwW ,

dove N indica il numero di giorni in un anno in cui è presente trasporto

solido.

I calcoli per N = 365 sono riepilogati nella tabella riportata nella pagina

seguente.

La variabilità riscontrata nella stima del volume solido annuo appare

all’interno delle variazioni attese per la valutazione del trasporto solido

espresso da formule di origine diversa.

25

TABELLE RIASSUNTIVE

D50= 0.0002 m

Fiume Van Rijn Ackers-White Engelund-

Hansen Wst % Wst % Wst % Sele 671747 0.56 2071795 0.45 1422125 0.55 Tusciano 127135 0.11 665714 0.14 311422 0.09 Picentino 228395 0.19 1072970 0.23 735955 0.23 Solofrone 69337 0.05 308538 0.07 219336 0.04 Testene 5043 0.00 15859 0.00 6204 0.00 Fuorni 32686 0.03 207791 0.05 86226 0.01 Irno 60883 0.05 265626 0.06 186356 0.07 TOTALE 1195226 1.00 4608292 1.00 2967625 1.00

D50= 0.0005 m

Fiume Van Rijn Ackers-White Engelund-

Hansen Wst % Wst % Wst % Sele 371771 0.55 1296002 0.62 568139 0.55 Tusciano 72752 0.11 177494 0.09 107224 0.09 Picentino 133030 0.20 272643 0.13 262218 0.23 Solofrone 41641 0.05 96201 0.05 70761 0.04 Testene 2939 0.00 9668 0.00 1640 0.00 Fuorni 19992 0.03 65795 0.03 26246 0.01 Irno 36109 0.05 158464 0.08 75290 0.07 TOTALE 678233 1.00 2076267 1.00 1111516 1.00

D50= 0.0010 m

Fiume van Rijn Ackers-White Engelund-Hansen

Wst % Wst % Wst % Sele 179578 0.54 1299728 0.65 254526 0.60 Tusciano 35184 0.11 147918 0.07 33377 0.08 Picentino 70203 0.21 225886 0.11 90221 0.21 Solofrone 17600 0.05 83064 0.04 15226 0.04 Testene 827 0.00 10796 0.01 152 0.00 Fuorni 8675 0.03 58815 0.03 3580 0.01 Irno 20020 0.06 161568 0.08 29649 0.07 TOTALE 332087 1.00 1987774 1.00 426730 1.00

ALLEGATI

2

D = 0.2 mm

SELEFiume SELE

IDRAULICA

Κστ 29S= 0.001g= 9.81

1990 0 10Ack_Wht_C1= 3.46 1973 1990 0.5 3.6Ack_Wht_C2= 2.79 3.53 3.46 15 3.5Ack_Wht_C3= 0.98 2.86 2.79 22 0Ack_Wht_m= 1.78 1.00 0.98 92 0Ack_Wht_m1= 6.83 1.50 1.78 99 3.5Ack_Wht_m2= 1.67 9.66 6.83 114 3.6

1.34 1.67 114.5 10

D35= 0.0002D50= 0.0002D90= 0.0002 TRASPORTO SOLIDOSs= 2.65D* 5.054∆= 1.65

Dgr= 5.054n= 0.606A= 0.242m= 3.021C= 0.010

α βvan Rijn 2.0E-05 1.534

Ackers-White 2.2E-05 1.728Engelund 1.3E-05 1.757

y = 2E-05x1.7277

R2 = 1

y = 2E-05x1.5305

R2 = 0.9994

y = 1E-05x1.7573

R2 = 0.9991

0.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

0 500 1000 1500 2000 2500 3000 3500 4000

van RijnAckers-WhiteEngelundPotenza (Ackers-White)Potenza (van Rijn)Potenza (Engelund)

0

2

4

6

8

10

12

0 20 40 60 80 100 120

SELEFiume SELE

IDRAULICA

Q h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τom3 /s m m/m m1/3 /s m/s m m2 m m m -- m m/s N/m 2

583.10 4.00 0.001 - - 1.80 0.16 324.80 116.00 2.80 113.60 0.34 1.88 0.17 27616.80 4.10 0.001 - - 1.84 0.17 336.10 116.20 2.89 113.60 0.34 1.96 0.17 28651.10 4.20 0.001 - - 1.87 0.18 347.50 116.40 2.99 113.60 0.34 2.03 0.17 29686.20 4.30 0.001 - - 1.91 0.19 358.90 116.60 3.08 113.60 0.34 2.10 0.17 30722.00 4.40 0.001 - - 1.95 0.19 370.20 116.80 3.17 113.60 0.35 2.17 0.18 31758.40 4.50 0.001 - - 1.99 0.20 381.60 117.00 3.26 113.60 0.35 2.24 0.18 32795.50 4.60 0.001 - - 2.02 0.21 393.00 117.20 3.35 113.70 0.35 2.31 0.18 33833.30 4.70 0.001 - - 2.06 0.22 404.30 117.40 3.45 113.70 0.35 2.38 0.18 34871.70 4.80 0.001 - - 2.10 0.22 415.70 117.60 3.54 113.70 0.35 2.45 0.19 35910.80 4.90 0.001 - - 2.13 0.23 427.10 117.80 3.63 113.70 0.35 2.52 0.19 36950.50 5.00 0.001 - - 2.17 0.24 438.40 118.00 3.72 113.70 0.35 2.59 0.19 36990.80 5.10 0.001 - - 2.20 0.25 449.80 118.20 3.81 113.70 0.35 2.66 0.19 371032.00 5.20 0.001 - - 2.24 0.26 461.20 118.40 3.90 113.80 0.35 2.73 0.20 381073.00 5.30 0.001 - - 2.27 0.26 472.60 118.60 3.99 113.80 0.36 2.81 0.20 391115.00 5.40 0.001 - - 2.31 0.27 483.90 118.80 4.08 113.80 0.36 2.88 0.20 401158.00 5.50 0.001 - - 2.34 0.28 495.30 119.00 4.16 113.80 0.36 2.95 0.20 411202.00 5.60 0.001 - - 2.37 0.29 506.70 119.20 4.25 113.80 0.36 3.02 0.20 421245.00 5.70 0.001 - - 2.40 0.29 518.10 119.40 4.34 113.80 0.36 3.09 0.21 431290.00 5.80 0.001 - - 2.44 0.30 529.50 119.60 4.43 113.80 0.36 3.16 0.21 431335.00 5.90 0.001 - - 2.47 0.31 540.80 119.80 4.52 113.90 0.36 3.23 0.21 441381.00 6.00 0.001 - - 2.50 0.32 552.20 120.00 4.60 113.90 0.36 3.30 0.21 451427.00 6.10 0.001 - - 2.53 0.33 563.60 120.20 4.69 113.90 0.36 3.66 0.21 461474.00 6.20 0.001 - - 2.56 0.33 575.00 120.40 4.78 113.90 0.36 3.72 0.22 471521.00 6.30 0.001 - - 2.59 0.34 586.40 120.60 4.86 113.90 0.37 3.77 0.22 481569.00 6.40 0.001 - - 2.62 0.35 597.80 120.80 4.95 113.90 0.37 3.83 0.22 491617.00 6.50 0.001 - - 2.65 0.36 609.20 121.00 5.04 114.00 0.37 3.88 0.22 491666.00 6.60 0.001 - - 2.68 0.37 620.60 121.20 5.12 114.00 0.37 3.94 0.22 501715.00 6.70 0.001 - - 2.71 0.38 632.00 121.40 5.21 114.00 0.37 3.99 0.23 511765.00 6.80 0.001 - - 2.74 0.38 643.40 121.60 5.29 114.00 0.37 4.05 0.23 521816.00 6.90 0.001 - - 2.77 0.39 654.80 121.80 5.38 114.00 0.37 4.11 0.23 531867.00 7.00 0.001 - - 2.80 0.40 666.20 122.00 5.46 114.00 0.37 4.16 0.23 541918.00 7.10 0.001 - - 2.83 0.41 677.60 122.20 5.55 114.00 0.37 4.22 0.23 54

SELEQ h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τo

m3 /s m m/m m1/3 /s m/s m m2 m m m -- m m/s N/m 2

1970.00 7.20 0.001 - - 2.86 0.42 689.00 122.40 5.63 114.10 0.37 4.27 0.24 552023.00 7.30 0.001 - - 2.89 0.43 700.40 122.60 5.71 114.10 0.37 4.33 0.24 562075.00 7.40 0.001 - - 2.92 0.43 711.80 122.80 5.80 114.10 0.37 4.38 0.24 572129.00 7.50 0.001 - - 2.94 0.44 723.20 123.00 5.88 114.10 0.37 4.44 0.24 582183.00 7.60 0.001 - - 2.97 0.45 734.60 123.20 5.96 114.10 0.37 4.49 0.24 592237.00 7.70 0.001 - - 3.00 0.46 746.00 123.40 6.05 114.10 0.37 4.55 0.24 592292.00 7.80 0.001 - - 3.03 0.47 757.50 123.60 6.13 114.20 0.38 4.60 0.25 602347.00 7.90 0.001 - - 3.05 0.48 768.90 123.80 6.21 114.20 0.38 4.66 0.25 612403.00 8.00 0.001 - - 3.08 0.48 780.30 124.00 6.29 114.20 0.38 4.72 0.25 622459.00 8.10 0.001 - - 3.11 0.49 791.70 124.20 6.38 114.20 0.38 4.77 0.25 632516.00 8.20 0.001 - - 3.13 0.50 803.10 124.40 6.46 114.20 0.38 4.83 0.25 632573.00 8.30 0.001 - - 3.16 0.51 814.60 124.60 6.54 114.20 0.38 4.88 0.25 642631.00 8.40 0.001 - - 3.19 0.52 826.00 124.80 6.62 114.20 0.38 4.94 0.25 652689.00 8.50 0.001 - - 3.21 0.53 837.40 125.00 6.70 114.30 0.38 4.99 0.26 662747.00 8.60 0.001 - - 3.24 0.53 848.80 125.20 6.78 114.30 0.38 5.05 0.26 672806.00 8.70 0.001 - - 3.26 0.54 860.30 125.40 6.86 114.30 0.38 5.10 0.26 672866.00 8.80 0.001 - - 3.29 0.55 871.70 125.60 6.94 114.30 0.38 5.16 0.26 682926.00 8.90 0.001 - - 3.31 0.56 883.10 125.80 7.02 114.30 0.38 5.22 0.26 692986.00 9.00 0.001 - - 3.34 0.57 894.60 126.00 7.10 114.30 0.38 5.27 0.26 703046.00 9.10 0.0010 - - 3.36 0.58 906.00 126.20 7.18 114.40 0.38 5.33 0.27 703108.00 9.20 0.0010 - - 3.39 0.59 917.40 126.40 7.26 114.40 0.38 5.38 0.27 713169.00 9.30 0.0010 - - 3.41 0.59 928.90 126.60 7.34 114.40 0.38 5.44 0.27 723231.00 9.40 0.0010 - - 3.44 0.60 940.30 126.80 7.42 114.40 0.38 5.50 0.27 733293.00 9.50 0.0010 - - 3.46 0.61 951.70 127.00 7.50 114.40 0.38 5.55 0.27 743356.00 9.60 0.0010 - - 3.48 0.62 963.20 127.20 7.57 114.40 0.38 5.61 0.27 743419.00 9.70 0.0010 - - 3.51 0.63 974.60 127.40 7.65 114.50 0.38 5.66 0.27 753483.00 9.80 0.0010 - - 3.53 0.64 986.10 127.60 7.73 114.50 0.38 5.72 0.28 763547.00 9.90 0.0010 - - 3.56 0.64 997.50 127.80 7.81 114.50 0.38 5.77 0.28 773611.00 10.00 0.0010 - - 3.58 0.65 1009.00 128.00 7.88 114.50 0.39 5.83 0.28 77

SELEFiume SELE

TRASPORTO SOLIDO

Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

583.10 4.00 0.38 2 4.46E-02 2.94E-01 3.38E-01 2.72 11.78 0.00222 1.29E+00 0.02 7.63 923.21 8.53E-01616.80 4.10 0.39 2 4.89E-02 3.23E-01 3.72E-01 2.77 12.51 0.00232 1.43E+00 0.02 7.92 1023.35 9.55E-01651.10 4.20 0.39 2 5.34E-02 3.54E-01 4.08E-01 2.82 13.24 0.00241 1.57E+00 0.02 8.21 1129.03 1.06E+00686.20 4.30 0.39 2 5.80E-02 3.87E-01 4.45E-01 2.87 13.99 0.00251 1.72E+00 0.02 8.49 1239.38 1.18E+00722.00 4.40 0.39 2 6.29E-02 4.22E-01 4.84E-01 2.92 14.76 0.00261 1.89E+00 0.02 8.78 1357.15 1.30E+00758.40 4.50 0.39 2 6.80E-02 4.58E-01 5.26E-01 2.96 15.55 0.00271 2.06E+00 0.02 9.06 1481.87 1.43E+00795.50 4.60 0.39 2 7.32E-02 4.95E-01 5.68E-01 3.01 16.33 0.00281 2.24E+00 0.02 9.34 1611.04 1.57E+00833.30 4.70 0.39 2 7.87E-02 5.35E-01 6.14E-01 3.05 17.14 0.00291 2.43E+00 0.02 9.62 1748.30 1.71E+00871.70 4.80 0.39 2 8.44E-02 5.76E-01 6.60E-01 3.10 17.97 0.00301 2.63E+00 0.02 9.90 1891.04 1.86E+00910.80 4.90 0.39 2 9.03E-02 6.19E-01 7.09E-01 3.14 18.80 0.00312 2.84E+00 0.02 10.18 2039.96 2.02E+00950.50 5.00 0.39 2 9.64E-02 6.63E-01 7.60E-01 3.18 19.65 0.00322 3.06E+00 0.02 10.46 2196.79 2.19E+00990.80 5.10 0.40 2 1.03E-01 7.10E-01 8.12E-01 3.23 20.52 0.00332 3.29E+00 0.02 10.73 2359.41 2.37E+001032.00 5.20 0.40 2 1.09E-01 7.57E-01 8.67E-01 3.27 21.39 0.00342 3.53E+00 0.02 11.00 2528.28 2.55E+001073.00 5.30 0.40 2 1.16E-01 8.06E-01 9.22E-01 3.31 22.27 0.00352 3.78E+00 0.02 11.28 2704.78 2.74E+001115.00 5.40 0.40 2 1.23E-01 8.58E-01 9.81E-01 3.35 23.18 0.00362 4.04E+00 0.02 11.55 2888.22 2.95E+001158.00 5.50 0.40 2 1.30E-01 9.11E-01 1.04E+00 3.39 24.08 0.00373 4.31E+00 0.02 11.82 3074.77 3.15E+001202.00 5.60 0.40 2 1.37E-01 9.66E-01 1.10E+00 3.43 25.00 0.00383 4.60E+00 0.02 12.09 3271.49 3.37E+001245.00 5.70 0.40 2 1.45E-01 1.02E+00 1.17E+00 3.47 25.94 0.00393 4.90E+00 0.02 12.36 3474.53 3.59E+001290.00 5.80 0.40 2 1.52E-01 1.08E+00 1.23E+00 3.50 26.88 0.00403 5.20E+00 0.02 12.63 3683.06 3.83E+001335.00 5.90 0.40 2 1.60E-01 1.14E+00 1.30E+00 3.54 27.84 0.00414 5.52E+00 0.02 12.89 3904.18 4.07E+001381.00 6.00 0.40 2 1.68E-01 1.20E+00 1.37E+00 3.58 28.81 0.00424 5.86E+00 0.02 13.16 4127.63 4.32E+001427.00 6.10 0.40 2 1.77E-01 1.27E+00 1.44E+00 3.62 29.80 0.00435 6.20E+00 0.02 13.42 4359.76 4.58E+001474.00 6.20 0.40 2 1.85E-01 1.33E+00 1.52E+00 3.65 30.78 0.00445 6.56E+00 0.02 13.69 4597.17 4.85E+001521.00 6.30 0.40 2 1.94E-01 1.40E+00 1.59E+00 3.69 31.79 0.00455 6.92E+00 0.02 13.95 4843.35 5.13E+001569.00 6.40 0.40 2 2.03E-01 1.47E+00 1.67E+00 3.73 32.78 0.00466 7.30E+00 0.01 14.21 5091.89 5.41E+001617.00 6.50 0.41 2 2.12E-01 1.53E+00 1.75E+00 3.76 33.80 0.00476 7.69E+00 0.01 14.47 5353.79 5.71E+001666.00 6.60 0.41 2 2.21E-01 1.61E+00 1.83E+00 3.80 34.82 0.00486 8.10E+00 0.01 14.73 5617.18 6.01E+001715.00 6.70 0.41 2 2.30E-01 1.68E+00 1.91E+00 3.83 35.87 0.00497 8.52E+00 0.01 14.99 5892.40 6.32E+001765.00 6.80 0.41 2 2.40E-01 1.76E+00 2.00E+00 3.87 36.92 0.00507 8.95E+00 0.01 15.25 6173.76 6.65E+001816.00 6.90 0.41 2 2.50E-01 1.83E+00 2.08E+00 3.90 37.97 0.00518 9.40E+00 0.01 15.51 6459.66 6.98E+001867.00 7.00 0.41 2 2.60E-01 1.91E+00 2.17E+00 3.93 39.04 0.00528 9.86E+00 0.01 15.76 6754.61 7.32E+001918.00 7.10 0.41 2 2.70E-01 1.99E+00 2.26E+00 3.97 40.11 0.00538 1.03E+01 0.01 16.02 7055.44 7.66E+00

van Rijn Ackers-White Engelund

SELEQ h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

1970.00 7.20 0.41 2 2.80E-01 2.07E+00 2.35E+00 4.00 41.19 0.00549 1.08E+01 0.01 16.27 7366.77 8.02E+002023.00 7.30 0.41 2 2.91E-01 2.16E+00 2.45E+00 4.03 42.29 0.00559 1.13E+01 0.01 16.52 7686.27 8.39E+002075.00 7.40 0.41 2 3.01E-01 2.24E+00 2.54E+00 4.06 43.39 0.00570 1.18E+01 0.01 16.78 8009.81 8.77E+002129.00 7.50 0.41 2 3.12E-01 2.33E+00 2.64E+00 4.10 44.50 0.00580 1.24E+01 0.01 17.03 8338.99 9.15E+002183.00 7.60 0.41 1 3.23E-01 2.42E+00 2.74E+00 4.13 45.60 0.00590 1.29E+01 0.01 17.28 8671.65 9.54E+002237.00 7.70 0.41 1 3.35E-01 2.51E+00 2.84E+00 4.16 46.74 0.00601 1.34E+01 0.01 17.53 9019.44 9.94E+002292.00 7.80 0.41 1 3.46E-01 2.60E+00 2.95E+00 4.19 47.86 0.00611 1.40E+01 0.01 17.78 9373.66 1.04E+012347.00 7.90 0.41 1 3.57E-01 2.69E+00 3.05E+00 4.22 49.00 0.00622 1.46E+01 0.01 18.03 9734.48 1.08E+012403.00 8.00 0.41 1 3.69E-01 2.79E+00 3.16E+00 4.25 50.15 0.00632 1.52E+01 0.01 18.27 10100.70 1.12E+012459.00 8.10 0.41 1 3.81E-01 2.89E+00 3.27E+00 4.28 51.31 0.00643 1.58E+01 0.01 18.52 10472.17 1.16E+012516.00 8.20 0.41 1 3.93E-01 2.99E+00 3.38E+00 4.31 52.47 0.00653 1.64E+01 0.01 18.76 10850.54 1.21E+012573.00 8.30 0.41 1 4.05E-01 3.09E+00 3.49E+00 4.34 53.63 0.00664 1.71E+01 0.01 19.01 11232.51 1.25E+012631.00 8.40 0.42 1 4.18E-01 3.19E+00 3.61E+00 4.37 54.80 0.00674 1.77E+01 0.01 19.25 11625.19 1.30E+012689.00 8.50 0.42 1 4.30E-01 3.29E+00 3.72E+00 4.40 55.99 0.00684 1.84E+01 0.01 19.50 12037.91 1.35E+012747.00 8.60 0.42 1 4.43E-01 3.40E+00 3.84E+00 4.43 57.19 0.00695 1.91E+01 0.01 19.74 12450.10 1.40E+012806.00 8.70 0.42 1 4.56E-01 3.50E+00 3.96E+00 4.46 58.37 0.00705 1.98E+01 0.01 19.98 12857.84 1.45E+012866.00 8.80 0.42 1 4.69E-01 3.61E+00 4.08E+00 4.49 59.59 0.00716 2.05E+01 0.01 20.22 13284.45 1.50E+012926.00 8.90 0.42 1 4.82E-01 3.72E+00 4.21E+00 4.52 60.80 0.00726 2.12E+01 0.01 20.46 13712.62 1.55E+012986.00 9.00 0.42 1 4.95E-01 3.83E+00 4.33E+00 4.54 62.01 0.00737 2.20E+01 0.01 20.70 14143.65 1.60E+013046.00 9.10 0.42 1 5.09E-01 3.95E+00 4.46E+00 4.57 63.24 0.00747 2.28E+01 0.01 20.94 14603.73 1.65E+013108.00 9.20 0.42 1 5.22E-01 4.06E+00 4.58E+00 4.60 64.45 0.00757 2.35E+01 0.01 21.18 15047.04 1.71E+013169.00 9.30 0.42 1 5.36E-01 4.18E+00 4.71E+00 4.63 65.70 0.00768 2.43E+01 0.01 21.41 15507.11 1.76E+013231.00 9.40 0.42 1 5.50E-01 4.29E+00 4.84E+00 4.65 66.92 0.00778 2.51E+01 0.01 21.65 15963.86 1.82E+013293.00 9.50 0.42 1 5.64E-01 4.41E+00 4.98E+00 4.68 68.17 0.00788 2.60E+01 0.01 21.89 16435.63 1.87E+013356.00 9.60 0.42 1 5.78E-01 4.53E+00 5.11E+00 4.71 69.42 0.00799 2.68E+01 0.01 22.12 16909.59 1.93E+013419.00 9.70 0.42 1 5.93E-01 4.66E+00 5.25E+00 4.73 70.68 0.00809 2.77E+01 0.01 22.35 17410.09 1.99E+013483.00 9.80 0.42 1 6.07E-01 4.78E+00 5.39E+00 4.76 71.95 0.00819 2.85E+01 0.01 22.59 17897.76 2.05E+013547.00 9.90 0.42 1 6.22E-01 4.91E+00 5.53E+00 4.79 73.20 0.00830 2.94E+01 0.01 22.82 18392.56 2.11E+013611.00 10.00 0.42 1 6.37E-01 5.03E+00 5.67E+00 4.81 74.49 0.00840 3.03E+01 0.01 23.05 18899.41 2.17E+01

C.dur.-Sele regionalizzata

Fiume SELE

van Rijn Ackers-White Engelundα 2.04E-05 2.18674E-05 1.27298E-05

S_Alb. 1.787 -2.725 14.531 78.902 β 1.534 1.728 1.757Qc 0.000 m3/s Wst 671747 2071795 1422125W l 2.E+09 m3 Wst/Wl 0.000307 0.000945789 0.00064921

Q medsez. a b q 0

Sele ad Albanella - regionalizzata

1.00

10.00

100.00

1000.00

0 30 60 90 120 150 180 210 240 270 300 330 360

giorni

log

Qd

[mc/

s]

Sele trasporto solido

0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360

giorni

Tras

port

o ad

imen

sion

aliz

zato

Ackers-Whitevan RijnEngelund


van Rijn Ackers-White Engelund1 0.003 -2.778 1217.201 960.396 0.997 66404 268601 1915672 0.005 -2.545 904.859 713.952 1.995 42129 160921 1137673 0.008 -2.400 753.176 594.271 2.992 31791 117203 824124 0.011 -2.293 657.857 519.063 3.989 25831 92771 649725 0.014 -2.207 590.404 465.841 4.986 21880 76956 537236 0.016 -2.135 539.240 425.471 5.984 19039 65800 458127 0.019 -2.072 498.613 393.416 6.981 16882 57471 399218 0.022 -2.017 465.288 367.122 7.978 15182 50997 353529 0.025 -1.967 437.278 345.021 8.975 13803 45810 3169810 0.027 -1.922 413.287 326.092 9.973 12658 41555 2870511 0.030 -1.880 392.423 309.630 10.970 11691 37997 2620812 0.033 -1.841 374.055 295.137 11.967 10862 34977 2409013 0.036 -1.805 357.714 282.244 12.964 10142 32379 2227214 0.038 -1.771 343.051 270.674 13.962 9511 30121 2069215 0.041 -1.739 329.793 260.213 14.959 8953 28138 1930816 0.044 -1.709 317.727 250.693 15.956 8455 26383 1808417 0.046 -1.680 306.684 241.980 16.954 8009 24819 1699418 0.049 -1.653 296.525 233.964 17.951 7605 23416 1601719 0.052 -1.627 287.139 226.558 18.948 7239 22150 1513720 0.055 -1.601 278.430 219.687 19.945 6905 21002 1433921 0.057 -1.577 270.322 213.290 20.943 6599 19957 1361422 0.060 -1.554 262.748 207.314 21.940 6317 19000 1295123 0.063 -1.531 255.652 201.715 22.937 6057 18123 1234224 0.066 -1.510 248.985 196.454 23.934 5816 17314 1178225 0.068 -1.489 242.705 191.500 24.932 5593 16566 1126526 0.071 -1.468 236.778 186.822 25.929 5385 15873 1078627 0.074 -1.448 231.170 182.398 26.926 5190 15230 1034128 0.077 -1.429 225.854 178.204 27.923 5008 14630 992729 0.079 -1.410 220.807 174.221 28.921 4837 14069 954030 0.082 -1.392 216.005 170.432 29.918 4677 13545 917931 0.085 -1.374 211.430 166.823 30.915 4526 13053 884032 0.087 -1.357 207.065 163.378 31.913 4383 12591 852233 0.090 -1.340 202.894 160.087 32.910 4249 12156 822234 0.093 -1.323 198.903 156.938 33.907 4121 11746 794035 0.096 -1.307 195.080 153.922 34.904 4000 11359 767436 0.098 -1.291 191.413 151.029 35.902 3885 10992 742237 0.101 -1.275 187.892 148.251 36.899 3776 10645 718438 0.104 -1.260 184.508 145.581 37.896 3672 10316 695839 0.107 -1.245 181.253 143.012 38.893 3573 10004 674440 0.109 -1.230 178.117 140.538 39.891 3479 9707 654041 0.112 -1.216 175.095 138.154 40.888 3389 9424 634742 0.115 -1.202 172.180 135.853 41.885 3303 9154 616243 0.117 -1.188 169.365 133.632 42.883 3220 8897 598644 0.120 -1.174 166.645 131.486 43.880 3141 8652 581845 0.123 -1.160 164.015 129.411 44.877 3065 8417 565846 0.126 -1.147 161.470 127.403 45.874 2993 8193 550447 0.128 -1.134 159.006 125.459 46.872 2923 7978 535848 0.131 -1.121 156.618 123.575 47.869 2856 7772 521749 0.134 -1.108 154.303 121.748 48.866 2791 7575 508250 0.137 -1.096 152.057 119.976 49.863 2729 7385 495351 0.139 -1.083 149.877 118.256 50.861 2669 7203 482952 0.142 -1.071 147.760 116.586 51.858 2612 7029 471053 0.145 -1.059 145.703 114.963 52.855 2556 6860 4595

Q d S_AlbVOLUME m3

d F(q d ) z[F(q d )] q d

S_Albdurata [giorni]


van Rijn Ackers-White EngelundQ d S_Alb

VOLUME m3



54 0.148 -1.047 143.703 113.384 53.852 2502 6698 448555 0.150 -1.035 141.757 111.849 54.850 2451 6543 437956 0.153 -1.024 139.864 110.356 55.847 2401 6392 427657 0.156 -1.012 138.021 108.901 56.844 2352 6247 417858 0.158 -1.001 136.225 107.484 57.842 2305 6108 408359 0.161 -0.990 134.475 106.104 58.839 2260 5973 399160 0.164 -0.978 132.770 104.758 59.836 2216 5843 390361 0.167 -0.967 131.106 103.446 60.833 2174 5717 381762 0.169 -0.957 129.483 102.165 61.831 2133 5595 373463 0.172 -0.946 127.900 100.915 62.828 2093 5477 365564 0.175 -0.935 126.353 99.695 63.825 2054 5363 357765 0.178 -0.925 124.843 98.503 64.822 2017 5253 350266 0.180 -0.914 123.367 97.339 65.820 1980 5146 343067 0.183 -0.904 121.925 96.201 66.817 1945 5043 336068 0.186 -0.894 120.514 95.088 67.814 1910 4942 329269 0.189 -0.883 119.135 94.000 68.811 1877 4845 322670 0.191 -0.873 117.786 92.936 69.809 1844 4751 316271 0.194 -0.863 116.466 91.894 70.806 1813 4659 310072 0.197 -0.853 115.174 90.875 71.803 1782 4570 304073 0.199 -0.844 113.909 89.877 72.801 1752 4484 298174 0.202 -0.834 112.670 88.899 73.798 1723 4400 292575 0.205 -0.824 111.456 87.941 74.795 1694 4318 287076 0.208 -0.815 110.267 87.003 75.792 1667 4239 281677 0.210 -0.805 109.101 86.083 76.790 1640 4162 276478 0.213 -0.796 107.958 85.181 77.787 1614 4087 271379 0.216 -0.786 106.837 84.297 78.784 1588 4014 266480 0.219 -0.777 105.738 83.430 79.781 1563 3943 261681 0.221 -0.768 104.660 82.579 80.779 1538 3873 256982 0.224 -0.759 103.602 81.744 81.776 1515 3806 252483 0.227 -0.750 102.563 80.924 82.773 1491 3740 247984 0.230 -0.740 101.544 80.120 83.770 1469 3676 243685 0.232 -0.731 100.542 79.330 84.768 1447 3614 239486 0.235 -0.723 99.559 78.554 85.765 1425 3553 235387 0.238 -0.714 98.594 77.792 86.762 1404 3494 231388 0.240 -0.705 97.645 77.044 87.760 1383 3436 227489 0.243 -0.696 96.712 76.308 88.757 1363 3379 223690 0.246 -0.687 95.796 75.585 89.754 1343 3324 219991 0.249 -0.679 94.895 74.874 90.751 1324 3270 216392 0.251 -0.670 94.010 74.176 91.749 1305 3218 212893 0.254 -0.662 93.139 73.489 92.746 1286 3167 209394 0.257 -0.653 92.283 72.813 93.743 1268 3116 205995 0.260 -0.645 91.440 72.148 94.740 1251 3067 202796 0.262 -0.636 90.611 71.494 95.738 1233 3020 199497 0.265 -0.628 89.796 70.851 96.735 1216 2973 196398 0.268 -0.620 88.993 70.217 97.732 1200 2927 193299 0.270 -0.611 88.203 69.594 98.730 1183 2882 1902

100 0.273 -0.603 87.425 68.980 99.727 1167 2838 1873101 0.276 -0.595 86.659 68.376 100.724 1152 2796 1844102 0.279 -0.587 85.905 67.781 101.721 1136 2754 1816103 0.281 -0.579 85.163 67.195 102.719 1121 2713 1788104 0.284 -0.571 84.431 66.618 103.716 1107 2673 1762105 0.287 -0.563 83.711 66.049 104.713 1092 2633 1735106 0.290 -0.555 83.001 65.489 105.710 1078 2595 1709



VOLUME m3



107 0.292 -0.547 82.301 64.937 106.708 1064 2557 1684108 0.295 -0.539 81.612 64.393 107.705 1050 2520 1659109 0.298 -0.531 80.932 63.857 108.702 1037 2484 1635110 0.301 -0.523 80.262 63.328 109.699 1024 2449 1612111 0.303 -0.515 79.602 62.807 110.697 1011 2414 1588112 0.306 -0.507 78.951 62.294 111.694 998 2380 1566113 0.309 -0.499 78.308 61.787 112.691 986 2347 1543114 0.311 -0.492 77.675 61.287 113.689 974 2314 1521115 0.314 -0.484 77.050 60.794 114.686 962 2282 1500116 0.317 -0.476 76.434 60.308 115.683 950 2250 1479117 0.320 -0.469 75.826 59.829 116.680 938 2220 1458118 0.322 -0.461 75.227 59.355 117.678 927 2189 1438119 0.325 -0.453 74.635 58.888 118.675 916 2160 1418120 0.328 -0.446 74.051 58.428 119.672 905 2131 1399121 0.331 -0.438 73.474 57.973 120.669 894 2102 1380122 0.333 -0.431 72.905 57.524 121.667 883 2074 1361123 0.336 -0.423 72.344 57.081 122.664 873 2046 1343124 0.339 -0.416 71.789 56.643 123.661 863 2019 1325125 0.342 -0.408 71.242 56.211 124.658 853 1993 1307126 0.344 -0.401 70.701 55.785 125.656 843 1967 1290127 0.347 -0.393 70.167 55.363 126.653 833 1941 1272128 0.350 -0.386 69.640 54.947 127.650 823 1916 1256129 0.352 -0.379 69.119 54.536 128.648 814 1891 1239130 0.355 -0.371 68.605 54.130 129.645 805 1867 1223131 0.358 -0.364 68.096 53.729 130.642 796 1843 1207132 0.361 -0.357 67.594 53.333 131.639 787 1820 1192133 0.363 -0.349 67.098 52.942 132.637 778 1797 1176134 0.366 -0.342 66.608 52.555 133.634 769 1774 1161135 0.369 -0.335 66.123 52.173 134.631 760 1752 1146136 0.372 -0.328 65.644 51.795 135.628 752 1730 1132137 0.374 -0.320 65.171 51.421 136.626 744 1709 1118138 0.377 -0.313 64.703 51.052 137.623 736 1688 1104139 0.380 -0.306 64.241 50.687 138.620 728 1667 1090140 0.383 -0.299 63.784 50.327 139.617 720 1646 1076141 0.385 -0.292 63.332 49.970 140.615 712 1626 1063142 0.388 -0.285 62.885 49.617 141.612 704 1606 1050143 0.391 -0.277 62.443 49.269 142.609 696 1587 1037144 0.393 -0.270 62.006 48.924 143.607 689 1568 1024145 0.396 -0.263 61.574 48.583 144.604 682 1549 1011146 0.399 -0.256 61.146 48.246 145.601 674 1530 999147 0.402 -0.249 60.723 47.912 146.598 667 1512 987148 0.404 -0.242 60.305 47.582 147.596 660 1494 975149 0.407 -0.235 59.891 47.255 148.593 653 1477 963150 0.410 -0.228 59.482 46.932 149.590 646 1459 952151 0.413 -0.221 59.077 46.613 150.587 640 1442 940152 0.415 -0.214 58.676 46.297 151.585 633 1425 929153 0.418 -0.207 58.280 45.984 152.582 627 1409 918154 0.421 -0.200 57.887 45.674 153.579 620 1392 907155 0.423 -0.193 57.499 45.368 154.577 614 1376 897156 0.426 -0.186 57.114 45.064 155.574 607 1360 886157 0.429 -0.179 56.734 44.764 156.571 601 1345 876158 0.432 -0.172 56.357 44.467 157.568 595 1329 866159 0.434 -0.165 55.985 44.173 158.566 589 1314 856



VOLUME m3



160 0.437 -0.158 55.615 43.882 159.563 583 1299 846161 0.440 -0.151 55.250 43.593 160.560 577 1285 836162 0.443 -0.144 54.888 43.308 161.557 571 1270 826163 0.445 -0.137 54.530 43.025 162.555 566 1256 817164 0.448 -0.130 54.176 42.746 163.552 560 1242 808165 0.451 -0.124 53.824 42.469 164.549 555 1228 799166 0.454 -0.117 53.477 42.194 165.546 549 1214 789167 0.456 -0.110 53.132 41.922 166.544 544 1201 781168 0.459 -0.103 52.791 41.653 167.541 538 1187 772169 0.462 -0.096 52.453 41.387 168.538 533 1174 763170 0.464 -0.089 52.119 41.123 169.536 528 1161 755171 0.467 -0.082 51.787 40.861 170.533 523 1149 746172 0.470 -0.075 51.459 40.602 171.530 518 1136 738173 0.473 -0.069 51.133 40.345 172.527 513 1124 730174 0.475 -0.062 50.811 40.091 173.525 508 1111 722175 0.478 -0.055 50.492 39.839 174.522 503 1099 714176 0.481 -0.048 50.175 39.589 175.519 498 1088 706177 0.484 -0.041 49.862 39.342 176.516 493 1076 698178 0.486 -0.034 49.551 39.097 177.514 488 1064 691179 0.489 -0.027 49.243 38.854 178.511 484 1053 683180 0.492 -0.021 48.938 38.613 179.508 479 1042 676181 0.495 -0.014 48.636 38.375 180.505 475 1031 668182 0.497 -0.007 48.336 38.138 181.503 470 1020 661183 0.500 0.000 48.039 37.904 182.500 466 1009 654184 0.503 0.007 47.744 37.671 183.497 461 998 647185 0.505 0.014 47.453 37.441 184.495 457 988 640186 0.508 0.021 47.163 37.213 185.492 453 977 633187 0.511 0.027 46.876 36.986 186.489 449 967 626188 0.514 0.034 46.592 36.762 187.486 444 957 620189 0.516 0.041 46.310 36.540 188.484 440 947 613190 0.519 0.048 46.031 36.319 189.481 436 937 607191 0.522 0.055 45.753 36.100 190.478 432 927 600192 0.525 0.062 45.479 35.884 191.475 428 918 594193 0.527 0.069 45.206 35.669 192.473 424 908 588194 0.530 0.075 44.936 35.455 193.470 420 899 582195 0.533 0.082 44.668 35.244 194.467 417 890 575196 0.536 0.089 44.402 35.034 195.464 413 881 569197 0.538 0.096 44.138 34.826 196.462 409 872 563198 0.541 0.103 43.877 34.620 197.459 405 863 558199 0.544 0.110 43.618 34.415 198.456 402 854 552200 0.546 0.117 43.360 34.212 199.454 398 845 546201 0.549 0.124 43.105 34.011 200.451 394 837 541202 0.552 0.130 42.852 33.811 201.448 391 828 535203 0.555 0.137 42.601 33.613 202.445 387 820 529204 0.557 0.144 42.352 33.417 203.443 384 811 524205 0.560 0.151 42.105 33.222 204.440 380 803 519206 0.563 0.158 41.860 33.028 205.437 377 795 513207 0.566 0.165 41.616 32.836 206.434 374 787 508208 0.568 0.172 41.375 32.646 207.432 370 779 503209 0.571 0.179 41.135 32.457 208.429 367 772 498210 0.574 0.186 40.898 32.269 209.426 364 764 493211 0.577 0.193 40.662 32.083 210.423 361 756 488212 0.579 0.200 40.428 31.898 211.421 357 749 483



VOLUME m3



213 0.582 0.207 40.195 31.715 212.418 354 741 478214 0.585 0.214 39.965 31.533 213.415 351 734 473215 0.587 0.221 39.736 31.353 214.413 348 727 468216 0.590 0.228 39.509 31.173 215.410 345 720 464217 0.593 0.235 39.284 30.995 216.407 342 713 459218 0.596 0.242 39.060 30.819 217.404 339 706 455219 0.598 0.249 38.838 30.644 218.402 336 699 450220 0.601 0.256 38.617 30.470 219.399 333 692 446221 0.604 0.263 38.398 30.297 220.396 330 685 441222 0.607 0.270 38.181 30.126 221.393 327 678 437223 0.609 0.277 37.965 29.955 222.391 325 672 432224 0.612 0.285 37.751 29.786 223.388 322 665 428225 0.615 0.292 37.538 29.619 224.385 319 659 424226 0.617 0.299 37.327 29.452 225.383 316 652 420227 0.620 0.306 37.118 29.287 226.380 314 646 416228 0.623 0.313 36.909 29.122 227.377 311 640 412229 0.626 0.320 36.703 28.959 228.374 308 634 407230 0.628 0.328 36.497 28.797 229.372 306 628 403231 0.631 0.335 36.294 28.636 230.369 303 621 400232 0.634 0.342 36.091 28.477 231.366 300 616 396233 0.637 0.349 35.890 28.318 232.363 298 610 392234 0.639 0.357 35.690 28.160 233.361 295 604 388235 0.642 0.364 35.492 28.004 234.358 293 598 384236 0.645 0.371 35.295 27.848 235.355 290 592 380237 0.648 0.379 35.099 27.694 236.352 288 587 377238 0.650 0.386 34.905 27.541 237.350 285 581 373239 0.653 0.393 34.712 27.388 238.347 283 575 369240 0.656 0.401 34.520 27.237 239.344 280 570 366241 0.658 0.408 34.329 27.087 240.342 278 565 362242 0.661 0.416 34.140 26.937 241.339 276 559 359243 0.664 0.423 33.952 26.789 242.336 273 554 355244 0.667 0.431 33.765 26.641 243.333 271 549 352245 0.669 0.438 33.580 26.495 244.331 269 543 349246 0.672 0.446 33.395 26.349 245.328 267 538 345247 0.675 0.453 33.212 26.205 246.325 264 533 342248 0.678 0.461 33.030 26.061 247.322 262 528 339249 0.680 0.469 32.849 25.918 248.320 260 523 335250 0.683 0.476 32.669 25.776 249.317 258 518 332251 0.686 0.484 32.490 25.635 250.314 256 513 329252 0.689 0.492 32.312 25.495 251.311 253 508 326253 0.691 0.499 32.136 25.356 252.309 251 504 323254 0.694 0.507 31.960 25.217 253.306 249 499 320255 0.697 0.515 31.786 25.080 254.303 247 494 316256 0.699 0.523 31.612 24.943 255.301 245 490 313257 0.702 0.531 31.440 24.807 256.298 243 485 310258 0.705 0.539 31.269 24.672 257.295 241 480 307259 0.708 0.547 31.099 24.537 258.292 239 476 305260 0.710 0.555 30.929 24.404 259.290 237 471 302261 0.713 0.563 30.761 24.271 260.287 235 467 299262 0.716 0.571 30.594 24.139 261.284 233 463 296263 0.719 0.579 30.427 24.008 262.281 231 458 293264 0.721 0.587 30.262 23.877 263.279 229 454 290265 0.724 0.595 30.097 23.748 264.276 227 450 288



VOLUME m3



266 0.727 0.603 29.934 23.619 265.273 225 446 285267 0.730 0.611 29.771 23.490 266.270 224 441 282268 0.732 0.620 29.610 23.363 267.268 222 437 279269 0.735 0.628 29.449 23.236 268.265 220 433 277270 0.738 0.636 29.289 23.110 269.262 218 429 274271 0.740 0.645 29.130 22.984 270.260 216 425 271272 0.743 0.653 28.972 22.859 271.257 214 421 269273 0.746 0.662 28.814 22.735 272.254 213 417 266274 0.749 0.670 28.658 22.612 273.251 211 413 264275 0.751 0.679 28.502 22.489 274.249 209 409 261276 0.754 0.687 28.347 22.367 275.246 207 406 259277 0.757 0.696 28.193 22.245 276.243 206 402 256278 0.760 0.705 28.040 22.124 277.240 204 398 254279 0.762 0.714 27.888 22.004 278.238 202 394 251280 0.765 0.723 27.736 21.884 279.235 200 391 249281 0.768 0.731 27.585 21.765 280.232 199 387 247282 0.770 0.740 27.435 21.647 281.230 197 383 244283 0.773 0.750 27.285 21.529 282.227 196 380 242284 0.776 0.759 27.137 21.411 283.224 194 376 240285 0.779 0.768 26.989 21.295 284.221 192 373 237286 0.781 0.777 26.841 21.178 285.219 191 369 235287 0.784 0.786 26.695 21.063 286.216 189 366 233288 0.787 0.796 26.549 20.948 287.213 187 362 231289 0.790 0.805 26.404 20.833 288.210 186 359 228290 0.792 0.815 26.259 20.719 289.208 184 355 226291 0.795 0.824 26.115 20.605 290.205 183 352 224292 0.798 0.834 25.972 20.492 291.202 181 349 222293 0.801 0.844 25.829 20.380 292.199 180 345 220294 0.803 0.853 25.687 20.268 293.197 178 342 218295 0.806 0.863 25.546 20.156 294.194 177 339 216296 0.809 0.873 25.405 20.045 295.191 175 336 213297 0.811 0.883 25.265 19.934 296.189 174 332 211298 0.814 0.894 25.125 19.824 297.186 172 329 209299 0.817 0.904 24.986 19.714 298.183 171 326 207300 0.820 0.914 24.847 19.605 299.180 169 323 205301 0.822 0.925 24.709 19.496 300.178 168 320 203302 0.825 0.935 24.572 19.388 301.175 166 317 201303 0.828 0.946 24.435 19.280 302.172 165 314 199304 0.831 0.957 24.299 19.172 303.169 164 311 197305 0.833 0.967 24.163 19.065 304.167 162 308 195306 0.836 0.978 24.027 18.958 305.164 161 305 194307 0.839 0.990 23.892 18.851 306.161 159 302 192308 0.842 1.001 23.757 18.745 307.158 158 299 190309 0.844 1.012 23.623 18.639 308.156 157 296 188310 0.847 1.024 23.490 18.534 309.153 155 293 186311 0.850 1.035 23.356 18.429 310.150 154 290 184312 0.852 1.047 23.223 18.324 311.148 153 287 182313 0.855 1.059 23.091 18.219 312.145 151 285 180314 0.858 1.071 22.959 18.115 313.142 150 282 179315 0.861 1.083 22.827 18.011 314.139 149 279 177316 0.863 1.096 22.695 17.907 315.137 147 276 175317 0.866 1.108 22.564 17.804 316.134 146 273 173318 0.869 1.121 22.433 17.700 317.131 145 271 172



VOLUME m3



319 0.872 1.134 22.303 17.597 318.128 143 268 170320 0.874 1.147 22.172 17.494 319.126 142 265 168321 0.877 1.160 22.042 17.392 320.123 141 263 166322 0.880 1.174 21.912 17.289 321.120 140 260 165323 0.883 1.188 21.783 17.187 322.117 138 257 163324 0.885 1.202 21.653 17.085 323.115 137 255 161325 0.888 1.216 21.524 16.983 324.112 136 252 160326 0.891 1.230 21.395 16.881 325.109 135 249 158327 0.893 1.245 21.266 16.779 326.107 133 247 156328 0.896 1.260 21.137 16.677 327.104 132 244 155329 0.899 1.275 21.008 16.576 328.101 131 242 153330 0.902 1.291 20.879 16.474 329.098 130 239 151331 0.904 1.307 20.750 16.372 330.096 128 237 150332 0.907 1.323 20.621 16.270 331.093 127 234 148333 0.910 1.340 20.492 16.169 332.090 126 231 146334 0.913 1.357 20.363 16.067 333.087 125 229 145335 0.915 1.374 20.234 15.965 334.085 124 226 143336 0.918 1.392 20.104 15.863 335.082 122 224 141337 0.921 1.410 19.974 15.760 336.079 121 221 140338 0.923 1.429 19.844 15.658 337.077 120 219 138339 0.926 1.448 19.714 15.555 338.074 119 217 137340 0.929 1.468 19.583 15.452 339.071 118 214 135341 0.932 1.489 19.452 15.348 340.068 116 212 134342 0.934 1.510 19.320 15.244 341.066 115 209 132343 0.937 1.531 19.188 15.140 342.063 114 207 130344 0.940 1.554 19.055 15.034 343.060 113 204 129345 0.943 1.577 18.921 14.929 344.057 111 202 127346 0.945 1.601 18.786 14.822 345.055 110 199 126347 0.948 1.627 18.650 14.715 346.052 109 197 124348 0.951 1.653 18.513 14.607 347.049 108 194 122349 0.954 1.680 18.374 14.498 348.046 107 192 121350 0.956 1.709 18.234 14.387 349.044 105 189 119351 0.959 1.739 18.093 14.276 350.041 104 187 118352 0.962 1.771 17.949 14.162 351.038 103 184 116353 0.964 1.805 17.803 14.047 352.036 102 182 114354 0.967 1.841 17.654 13.930 353.033 100 179 113355 0.970 1.880 17.502 13.810 354.030 99 176 111356 0.973 1.922 17.347 13.687 355.027 98 174 109357 0.975 1.967 17.187 13.561 356.025 96 171 107358 0.978 2.017 17.022 13.431 357.022 95 168 106359 0.981 2.072 16.851 13.296 358.019 93 165 104360 0.984 2.135 16.671 13.154 359.016 92 162 102361 0.986 2.207 16.481 13.004 360.014 90 159 100362 0.989 2.293 16.277 12.843 361.011 88 156 98363 0.992 2.400 16.051 12.665 362.008 87 152 95364 0.995 2.545 15.792 12.461 363.005 84 148 93365 0.997 2.778 15.465 12.202 364.003 82 142 89

TUSCIANOFiume TUSCIANO

IDRAULICA

Κστ 35S= 0.0028g= 9.81

1973 0 3Ack_Wht_C1= 3.53 1973 1990 3 0Ack_Wht_C2= 2.86 3.53 3.46 11 0Ack_Wht_C3= 1.00 2.86 2.79 14 3Ack_Wht_m= 1.50 1.00 0.98Ack_Wht_m1= 9.66 1.50 1.78Ack_Wht_m2= 1.34 9.66 6.83

1.34 1.67


Dgr= 5.054n= 0.606A= 0.242m= 3.251C= 0.010



y = 0.0009x1.7103

R2 = 0.9996

y = 0.0004x1.3652

R2 = 0.9982

y = 0.0004x1.6764

R2 = 0.9928

0.00

0.20

0.40

0.60

0.80

1.00

1.20

1.40

1.60

0 10 20 30 40 50 60 70 80 90


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16


IDRAULICA


3.78 0.50 0.003 0.035 8.00 0.89 0.04 4.25 9.41 0.45 9.00 0.41 0.28 0.11 124.43 0.55 0.003 0.035 8.00 0.94 0.05 4.70 9.56 0.49 9.10 0.42 0.31 0.12 145.12 0.60 0.003 0.035 8.00 0.99 0.05 5.16 9.70 0.53 9.20 0.42 0.34 0.12 155.85 0.65 0.003 0.035 8.00 1.04 0.06 5.62 9.84 0.57 9.30 0.43 0.37 0.13 166.62 0.70 0.003 0.035 8.00 1.09 0.06 6.09 9.98 0.61 9.40 0.43 0.40 0.13 177.43 0.75 0.003 0.035 8.00 1.13 0.07 6.56 10.12 0.65 9.50 0.44 0.44 0.13 188.28 0.80 0.003 0.035 8.00 1.18 0.07 7.04 10.26 0.69 9.60 0.44 0.47 0.14 199.16 0.85 0.003 0.035 8.00 1.22 0.08 7.52 10.40 0.72 9.70 0.44 0.50 0.14 2010.08 0.90 0.003 0.035 8.00 1.26 0.08 8.01 10.55 0.76 9.80 0.44 0.53 0.14 2111.04 0.95 0.003 0.035 8.00 1.30 0.09 8.50 10.69 0.80 9.90 0.45 0.57 0.15 2212.03 1.00 0.003 0.035 8.00 1.34 0.09 9.00 10.83 0.83 10.00 0.45 0.60 0.15 2313.05 1.05 0.003 0.035 8.00 1.37 0.10 9.50 10.97 0.87 10.10 0.45 0.63 0.15 2414.12 1.10 0.003 0.035 8.00 1.41 0.10 10.01 11.11 0.90 10.20 0.45 0.66 0.16 2515.21 1.15 0.003 0.035 8.00 1.45 0.11 10.52 11.25 0.94 10.30 0.46 0.70 0.16 2616.34 1.20 0.003 0.035 8.00 1.48 0.11 11.04 11.39 0.97 10.40 0.46 0.73 0.16 2717.51 1.25 0.003 0.035 8.00 1.51 0.12 11.56 11.54 1.00 10.50 0.46 0.76 0.17 2818.71 1.30 0.003 0.035 8.00 1.55 0.12 12.09 11.68 1.04 10.60 0.46 0.80 0.17 2819.94 1.35 0.003 0.035 8.00 1.58 0.13 12.62 11.82 1.07 10.70 0.46 0.83 0.17 2921.21 1.40 0.003 0.035 8.00 1.61 0.13 13.16 11.96 1.10 10.80 0.47 0.86 0.17 3022.51 1.45 0.003 0.035 8.00 1.64 0.14 13.70 12.10 1.13 10.90 0.47 0.90 0.18 3123.84 1.50 0.003 0.035 8.00 1.67 0.14 14.25 12.24 1.16 11.00 0.47 0.93 0.18 3225.21 1.55 0.003 0.035 8.00 1.70 0.15 14.80 12.38 1.20 11.10 0.47 0.96 0.18 3326.61 1.60 0.003 0.035 8.00 1.73 0.15 15.36 12.53 1.23 11.20 0.47 1.00 0.18 3428.04 1.65 0.003 0.035 8.00 1.76 0.16 15.92 12.67 1.26 11.30 0.47 1.03 0.19 3529.50 1.70 0.003 0.035 8.00 1.79 0.16 16.49 12.81 1.29 11.40 0.48 1.06 0.19 3531.00 1.75 0.003 0.035 8.00 1.82 0.17 17.06 12.95 1.32 11.50 0.48 1.10 0.19 3632.54 1.80 0.003 0.035 8.00 1.84 0.17 17.64 13.09 1.35 11.60 0.48 1.13 0.19 3734.10 1.85 0.003 0.035 8.00 1.87 0.18 18.22 13.23 1.38 11.70 0.48 1.17 0.19 3835.70 1.90 0.003 0.035 8.00 1.90 0.18 18.81 13.37 1.41 11.80 0.48 1.20 0.20 3937.33 1.95 0.003 0.035 8.00 1.92 0.19 19.40 13.52 1.44 11.90 0.48 1.24 0.20 3938.99 2.00 0.003 0.035 8.00 1.95 0.19 20.00 13.66 1.46 12.00 0.48 1.27 0.20 4040.69 2.05 0.003 0.035 8.00 1.98 0.20 20.60 13.80 1.49 12.10 0.48 1.31 0.20 41

TUSCIANOQ h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τo


42.42 2.10 0.003 0.035 8.00 2.00 0.20 21.21 13.94 1.52 12.20 0.48 1.34 0.20 4244.18 2.15 0.003 0.035 8.00 2.03 0.21 21.82 14.08 1.55 12.30 0.49 1.37 0.21 4345.98 2.20 0.003 0.035 8.00 2.05 0.21 22.44 14.22 1.58 12.40 0.49 1.41 0.21 4347.81 2.25 0.003 0.035 8.00 2.07 0.22 23.06 14.36 1.61 12.50 0.49 1.44 0.21 4449.67 2.30 0.003 0.035 8.00 2.10 0.22 23.69 14.51 1.63 12.60 0.49 1.48 0.21 4551.57 2.35 0.003 0.035 8.00 2.12 0.23 24.32 14.65 1.66 12.70 0.49 1.51 0.21 4653.49 2.40 0.003 0.035 8.00 2.14 0.23 24.96 14.79 1.69 12.80 0.49 1.55 0.22 4655.46 2.45 0.003 0.035 8.00 2.17 0.24 25.60 14.93 1.72 12.90 0.49 1.58 0.22 4757.45 2.50 0.003 0.035 8.00 2.19 0.24 26.25 15.07 1.74 13.00 0.49 1.62 0.22 4859.48 2.55 0.003 0.035 8.00 2.21 0.25 26.90 15.21 1.77 13.10 0.49 1.66 0.22 4961.54 2.60 0.003 0.035 8.00 2.23 0.25 27.56 15.35 1.80 13.20 0.49 1.69 0.22 4963.64 2.65 0.003 0.035 8.00 2.26 0.26 28.22 15.50 1.82 13.30 0.49 1.73 0.22 5065.76 2.70 0.003 0.035 8.00 2.28 0.26 28.89 15.64 1.85 13.40 0.50 1.76 0.23 5167.93 2.75 0.003 0.035 8.00 2.30 0.27 29.56 15.78 1.87 13.50 0.50 1.80 0.23 5170.12 2.80 0.003 0.035 8.00 2.32 0.27 30.24 15.92 1.90 13.60 0.50 1.83 0.23 5272.35 2.85 0.003 0.035 8.00 2.34 0.28 30.92 16.06 1.93 13.70 0.50 1.87 0.23 5374.62 2.90 0.003 0.035 8.00 2.36 0.28 31.61 16.20 1.95 13.80 0.50 1.90 0.23 5476.91 2.95 0.003 0.035 8.00 2.38 0.29 32.30 16.34 1.98 13.90 0.50 1.94 0.23 5479.24 3.00 0.003 0.035 8.00 2.40 0.29 33.00 16.49 2.00 14.00 0.50 1.98 0.23 55

TUSCIANOFiume TUSCIANOTRASPORTO SOLIDO

Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s3.78 0.50 0.32 5 3.97E-04 1.72E-03 2.12E-03 1.68 3.16 0.00201 7.59E-03 0.03 2.38 26.70 2.58E-034.43 0.55 0.32 4 5.08E-04 2.25E-03 2.75E-03 1.76 3.78 0.00230 1.02E-02 0.03 2.78 40.47 3.94E-035.12 0.60 0.33 4 6.32E-04 2.84E-03 3.48E-03 1.84 4.44 0.00260 1.33E-02 0.03 3.17 57.39 5.62E-035.85 0.65 0.33 4 7.69E-04 3.52E-03 4.29E-03 1.91 5.13 0.00290 1.70E-02 0.03 3.55 77.50 7.63E-036.62 0.70 0.33 4 9.21E-04 4.28E-03 5.20E-03 1.98 5.86 0.00321 2.12E-02 0.03 3.92 100.94 9.99E-037.43 0.75 0.33 4 1.09E-03 5.11E-03 6.20E-03 2.05 6.63 0.00352 2.61E-02 0.03 4.27 127.67 1.27E-028.28 0.80 0.34 4 1.26E-03 6.02E-03 7.28E-03 2.11 7.42 0.00383 3.17E-02 0.03 4.62 157.59 1.58E-029.16 0.85 0.34 3 1.45E-03 7.01E-03 8.47E-03 2.17 8.25 0.00415 3.80E-02 0.03 4.96 190.85 1.92E-0210.08 0.90 0.34 3 1.66E-03 8.09E-03 9.75E-03 2.23 9.11 0.00447 4.50E-02 0.03 5.29 227.68 2.31E-0211.04 0.95 0.34 3 1.87E-03 9.24E-03 1.11E-02 2.29 9.98 0.00479 5.28E-02 0.03 5.62 267.42 2.72E-0212.03 1.00 0.34 3 2.10E-03 1.05E-02 1.26E-02 2.34 10.88 0.00511 6.14E-02 0.03 5.94 310.48 3.18E-0213.05 1.05 0.34 3 2.34E-03 1.18E-02 1.41E-02 2.40 11.82 0.00543 7.09E-02 0.03 6.26 357.39 3.68E-0214.12 1.10 0.35 3 2.59E-03 1.32E-02 1.58E-02 2.45 12.77 0.00576 8.13E-02 0.03 6.56 407.19 4.22E-0215.21 1.15 0.35 3 2.86E-03 1.47E-02 1.75E-02 2.50 13.75 0.00609 9.26E-02 0.03 6.87 460.81 4.80E-0216.34 1.20 0.35 3 3.13E-03 1.62E-02 1.93E-02 2.55 14.73 0.00641 1.05E-01 0.03 7.17 516.76 5.41E-0217.51 1.25 0.35 3 3.42E-03 1.78E-02 2.13E-02 2.60 15.75 0.00674 1.18E-01 0.03 7.46 576.22 6.06E-0218.71 1.30 0.35 3 3.72E-03 1.96E-02 2.33E-02 2.64 16.78 0.00707 1.32E-01 0.03 7.75 638.94 6.76E-0219.94 1.35 0.35 3 4.04E-03 2.14E-02 2.54E-02 2.69 17.85 0.00740 1.47E-01 0.03 8.04 706.48 7.52E-0221.21 1.40 0.35 3 4.36E-03 2.32E-02 2.76E-02 2.73 18.90 0.00772 1.64E-01 0.03 8.32 774.53 8.28E-0222.51 1.45 0.35 3 4.69E-03 2.52E-02 2.99E-02 2.77 19.99 0.00805 1.81E-01 0.03 8.60 847.30 9.11E-0223.84 1.50 0.35 3 5.04E-03 2.73E-02 3.23E-02 2.82 21.11 0.00838 2.00E-01 0.03 8.88 924.36 9.99E-0225.21 1.55 0.35 3 5.40E-03 2.94E-02 3.48E-02 2.86 22.22 0.00871 2.20E-01 0.03 9.15 1002.95 1.09E-0126.61 1.60 0.36 3 5.77E-03 3.16E-02 3.74E-02 2.90 23.35 0.00904 2.41E-01 0.03 9.42 1084.50 1.18E-0128.04 1.65 0.36 3 6.15E-03 3.39E-02 4.00E-02 2.94 24.51 0.00937 2.63E-01 0.02 9.69 1170.95 1.29E-0129.50 1.70 0.36 3 6.53E-03 3.62E-02 4.28E-02 2.98 25.66 0.00970 2.86E-01 0.02 9.95 1257.59 1.39E-0131.00 1.75 0.36 2 6.94E-03 3.87E-02 4.56E-02 3.02 26.86 0.01003 3.11E-01 0.02 10.22 1351.92 1.50E-0132.54 1.80 0.36 2 7.35E-03 4.12E-02 4.86E-02 3.05 28.03 0.01036 3.37E-01 0.02 10.47 1443.17 1.61E-0134.10 1.85 0.36 2 7.77E-03 4.38E-02 5.16E-02 3.09 29.24 0.01068 3.64E-01 0.02 10.73 1542.24 1.73E-0135.70 1.90 0.36 2 8.21E-03 4.66E-02 5.48E-02 3.12 30.46 0.01102 3.93E-01 0.02 10.98 1642.37 1.85E-0137.33 1.95 0.36 2 8.65E-03 4.93E-02 5.80E-02 3.16 31.71 0.01135 4.24E-01 0.02 11.24 1749.04 1.98E-0138.99 2.00 0.36 2 9.11E-03 5.22E-02 6.13E-02 3.19 32.94 0.01168 4.55E-01 0.02 11.48 1853.09 2.11E-0140.69 2.05 0.36 2 9.58E-03 5.51E-02 6.47E-02 3.23 34.19 0.01200 4.88E-01 0.02 11.73 1963.62 2.25E-01


TUSCIANOQ h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

42.42 2.10 0.36 2 1.01E-02 5.82E-02 6.82E-02 3.26 35.47 0.01233 5.23E-01 0.02 11.97 2078.27 2.39E-0144.18 2.15 0.36 2 1.05E-02 6.13E-02 7.18E-02 3.30 36.75 0.01266 5.59E-01 0.02 12.22 2194.26 2.53E-0145.98 2.20 0.36 2 1.10E-02 6.45E-02 7.55E-02 3.33 38.03 0.01299 5.97E-01 0.02 12.46 2312.06 2.68E-0147.81 2.25 0.37 2 1.16E-02 6.77E-02 7.93E-02 3.36 39.33 0.01332 6.37E-01 0.02 12.70 2434.87 2.84E-0149.67 2.30 0.37 2 1.21E-02 7.11E-02 8.32E-02 3.39 40.63 0.01365 6.78E-01 0.02 12.93 2557.50 3.00E-0151.57 2.35 0.37 2 1.26E-02 7.46E-02 8.72E-02 3.42 41.95 0.01397 7.20E-01 0.02 13.17 2686.94 3.16E-0153.49 2.40 0.37 2 1.31E-02 7.81E-02 9.12E-02 3.45 43.27 0.01430 7.65E-01 0.02 13.40 2815.93 3.33E-0155.46 2.45 0.37 2 1.37E-02 8.17E-02 9.54E-02 3.48 44.62 0.01462 8.11E-01 0.02 13.63 2949.94 3.51E-0157.45 2.50 0.37 2 1.43E-02 8.55E-02 9.97E-02 3.51 45.98 0.01495 8.59E-01 0.02 13.86 3087.89 3.69E-0159.48 2.55 0.37 2 1.48E-02 8.92E-02 1.04E-01 3.54 47.31 0.01528 9.09E-01 0.02 14.08 3223.26 3.87E-0161.54 2.60 0.37 2 1.54E-02 9.31E-02 1.09E-01 3.57 48.69 0.01560 9.60E-01 0.02 14.31 3367.30 4.06E-0163.64 2.65 0.37 2 1.60E-02 9.71E-02 1.13E-01 3.60 50.06 0.01593 1.01E+00 0.02 14.53 3511.41 4.26E-0165.76 2.70 0.37 2 1.66E-02 1.01E-01 1.18E-01 3.63 51.45 0.01625 1.07E+00 0.02 14.76 3661.38 4.46E-0167.93 2.75 0.37 2 1.72E-02 1.05E-01 1.23E-01 3.66 52.87 0.01658 1.13E+00 0.02 14.98 3814.46 4.67E-0170.12 2.80 0.37 2 1.79E-02 1.09E-01 1.27E-01 3.68 54.27 0.01691 1.19E+00 0.02 15.20 3968.06 4.88E-0172.35 2.85 0.37 2 1.85E-02 1.14E-01 1.32E-01 3.71 55.66 0.01723 1.25E+00 0.02 15.42 4121.09 5.09E-0174.62 2.90 0.37 2 1.92E-02 1.18E-01 1.37E-01 3.74 57.10 0.01756 1.31E+00 0.02 15.64 4283.55 5.31E-0176.91 2.95 0.37 2 1.98E-02 1.23E-01 1.42E-01 3.77 58.50 0.01788 1.38E+00 0.02 15.85 4441.61 5.53E-0179.24 3.00 0.37 2 2.05E-02 1.27E-01 1.48E-01 3.79 59.95 0.01820 1.44E+00 0.02 16.07 4609.28 5.77E-01

C.dur.-Tusciano

Fiume Tusciano



Q medsez. a b q 0

Tusciano - regionalizzata

0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Tusciano


VOLUME m3



Q d S_Alb

C.dur.-Tusciano

van Rijn Ackers-White EngelundVOLUME m3



Q d S_Alb

54 0.148 -1.047 143.805 7.185 53.852 516 2151 103555 0.150 -1.035 141.832 7.086 54.850 507 2101 101156 0.153 -1.024 139.913 6.991 55.847 497 2052 98857 0.156 -1.012 138.045 6.897 56.844 488 2005 96658 0.158 -1.001 136.225 6.806 57.842 480 1960 94559 0.161 -0.990 134.452 6.718 58.839 471 1917 92460 0.164 -0.978 132.724 6.631 59.836 463 1875 90461 0.167 -0.967 131.038 6.547 60.833 455 1835 88562 0.169 -0.957 129.395 6.465 61.831 447 1795 86763 0.172 -0.946 127.790 6.385 62.828 440 1757 84964 0.175 -0.935 126.224 6.307 63.825 432 1721 83165 0.178 -0.925 124.695 6.230 64.822 425 1685 81566 0.180 -0.914 123.201 6.156 65.820 418 1651 79867 0.183 -0.904 121.740 6.083 66.817 411 1618 78368 0.186 -0.894 120.313 6.011 67.814 405 1585 76769 0.189 -0.883 118.917 5.942 68.811 398 1554 75270 0.191 -0.873 117.552 5.873 69.809 392 1524 73871 0.194 -0.863 116.216 5.807 70.806 386 1494 72472 0.197 -0.853 114.909 5.741 71.803 380 1465 71073 0.199 -0.844 113.629 5.677 72.801 374 1438 69774 0.202 -0.834 112.376 5.615 73.798 369 1411 68475 0.205 -0.824 111.148 5.553 74.795 363 1384 67276 0.208 -0.815 109.945 5.493 75.792 358 1359 66077 0.210 -0.805 108.766 5.434 76.790 353 1334 64878 0.213 -0.796 107.611 5.377 77.787 348 1310 63679 0.216 -0.786 106.478 5.320 78.784 343 1286 62580 0.219 -0.777 105.366 5.264 79.781 338 1263 61481 0.221 -0.768 104.276 5.210 80.779 333 1241 60482 0.224 -0.759 103.207 5.157 81.776 328 1220 59383 0.227 -0.750 102.157 5.104 82.773 324 1198 58384 0.230 -0.740 101.127 5.053 83.770 319 1178 57385 0.232 -0.731 100.116 5.002 84.768 315 1158 56486 0.235 -0.723 99.123 4.952 85.765 311 1138 55487 0.238 -0.714 98.147 4.904 86.762 307 1119 54588 0.240 -0.705 97.189 4.856 87.760 302 1100 53689 0.243 -0.696 96.247 4.809 88.757 298 1082 52890 0.246 -0.687 95.322 4.763 89.754 295 1065 51991 0.249 -0.679 94.412 4.717 90.751 291 1047 51192 0.251 -0.670 93.518 4.672 91.749 287 1030 50393 0.254 -0.662 92.639 4.629 92.746 283 1014 49594 0.257 -0.653 91.774 4.585 93.743 280 998 48795 0.260 -0.645 90.924 4.543 94.740 276 982 48096 0.262 -0.636 90.087 4.501 95.738 273 967 47297 0.265 -0.628 89.264 4.460 96.735 269 951 46598 0.268 -0.620 88.454 4.419 97.732 266 937 45899 0.270 -0.611 87.657 4.380 98.730 263 922 451

100 0.273 -0.603 86.873 4.340 99.727 260 908 444101 0.276 -0.595 86.100 4.302 100.724 256 894 438102 0.279 -0.587 85.339 4.264 101.721 253 881 431103 0.281 -0.579 84.590 4.226 102.719 250 868 425104 0.284 -0.571 83.853 4.190 103.716 247 855 419105 0.287 -0.563 83.126 4.153 104.713 244 842 413106 0.290 -0.555 82.410 4.117 105.710 241 830 407

C.dur.-Tusciano




Q d S_Alb

107 0.292 -0.547 81.705 4.082 106.708 239 818 401108 0.295 -0.539 81.010 4.048 107.705 236 806 395109 0.298 -0.531 80.325 4.013 108.702 233 794 390110 0.301 -0.523 79.649 3.980 109.699 231 783 384111 0.303 -0.515 78.984 3.946 110.697 228 772 379112 0.306 -0.507 78.328 3.914 111.694 225 761 374113 0.309 -0.499 77.680 3.881 112.691 223 750 368114 0.311 -0.492 77.042 3.849 113.689 220 740 363115 0.314 -0.484 76.413 3.818 114.686 218 729 358116 0.317 -0.476 75.792 3.787 115.683 215 719 354117 0.320 -0.469 75.180 3.756 116.680 213 709 349118 0.322 -0.461 74.576 3.726 117.678 211 700 344119 0.325 -0.453 73.980 3.696 118.675 208 690 340120 0.328 -0.446 73.392 3.667 119.672 206 681 335121 0.331 -0.438 72.811 3.638 120.669 204 672 331122 0.333 -0.431 72.238 3.609 121.667 202 663 326123 0.336 -0.423 71.673 3.581 122.664 200 654 322124 0.339 -0.416 71.114 3.553 123.661 197 645 318125 0.342 -0.408 70.563 3.526 124.658 195 636 314126 0.344 -0.401 70.019 3.498 125.656 193 628 310127 0.347 -0.393 69.482 3.472 126.653 191 620 306128 0.350 -0.386 68.951 3.445 127.650 189 612 302129 0.352 -0.379 68.427 3.419 128.648 187 604 298130 0.355 -0.371 67.909 3.393 129.645 185 596 294131 0.358 -0.364 67.398 3.367 130.642 184 588 290132 0.361 -0.357 66.893 3.342 131.639 182 581 287133 0.363 -0.349 66.394 3.317 132.637 180 573 283134 0.366 -0.342 65.900 3.293 133.634 178 566 280135 0.369 -0.335 65.413 3.268 134.631 176 559 276136 0.372 -0.328 64.932 3.244 135.628 174 552 273137 0.374 -0.320 64.456 3.220 136.626 173 545 269138 0.377 -0.313 63.985 3.197 137.623 171 538 266139 0.380 -0.306 63.520 3.174 138.620 169 532 263140 0.383 -0.299 63.061 3.151 139.617 168 525 260141 0.385 -0.292 62.606 3.128 140.615 166 519 257142 0.388 -0.285 62.157 3.106 141.612 164 512 254143 0.391 -0.277 61.713 3.083 142.609 163 506 251144 0.393 -0.270 61.273 3.061 143.607 161 500 248145 0.396 -0.263 60.839 3.040 144.604 160 494 245146 0.399 -0.256 60.410 3.018 145.601 158 488 242147 0.402 -0.249 59.985 2.997 146.598 157 482 239148 0.404 -0.242 59.564 2.976 147.596 155 476 236149 0.407 -0.235 59.149 2.955 148.593 154 471 233150 0.410 -0.228 58.737 2.935 149.590 152 465 231151 0.413 -0.221 58.331 2.914 150.587 151 460 228152 0.415 -0.214 57.928 2.894 151.585 149 454 225153 0.418 -0.207 57.530 2.874 152.582 148 449 223154 0.421 -0.200 57.136 2.855 153.579 146 444 220155 0.423 -0.193 56.746 2.835 154.577 145 438 218156 0.426 -0.186 56.360 2.816 155.574 144 433 215157 0.429 -0.179 55.978 2.797 156.571 142 428 213158 0.432 -0.172 55.600 2.778 157.568 141 423 210159 0.434 -0.165 55.225 2.759 158.566 140 419 208

C.dur.-Tusciano




Q d S_Alb

160 0.437 -0.158 54.855 2.741 159.563 139 414 206161 0.440 -0.151 54.488 2.722 160.560 137 409 203162 0.443 -0.144 54.125 2.704 161.557 136 404 201163 0.445 -0.137 53.766 2.686 162.555 135 400 199164 0.448 -0.130 53.410 2.669 163.552 134 395 197165 0.451 -0.124 53.057 2.651 164.549 132 391 194166 0.454 -0.117 52.709 2.633 165.546 131 386 192167 0.456 -0.110 52.363 2.616 166.544 130 382 190168 0.459 -0.103 52.021 2.599 167.541 129 378 188169 0.462 -0.096 51.682 2.582 168.538 128 374 186170 0.464 -0.089 51.346 2.565 169.536 127 370 184171 0.467 -0.082 51.014 2.549 170.533 125 365 182172 0.470 -0.075 50.684 2.532 171.530 124 361 180173 0.473 -0.069 50.358 2.516 172.527 123 357 178174 0.475 -0.062 50.035 2.500 173.525 122 354 176175 0.478 -0.055 49.715 2.484 174.522 121 350 174176 0.481 -0.048 49.398 2.468 175.519 120 346 173177 0.484 -0.041 49.083 2.452 176.516 119 342 171178 0.486 -0.034 48.772 2.437 177.514 118 338 169179 0.489 -0.027 48.463 2.421 178.511 117 335 167180 0.492 -0.021 48.157 2.406 179.508 116 331 165181 0.495 -0.014 47.854 2.391 180.505 115 328 164182 0.497 -0.007 47.554 2.376 181.503 114 324 162183 0.500 0.000 47.256 2.361 182.500 113 321 160184 0.503 0.007 46.961 2.346 183.497 112 317 158185 0.505 0.014 46.669 2.332 184.495 111 314 157186 0.508 0.021 46.379 2.317 185.492 110 310 155187 0.511 0.027 46.092 2.303 186.489 109 307 154188 0.514 0.034 45.807 2.289 187.486 108 304 152189 0.516 0.041 45.525 2.275 188.484 107 301 150190 0.519 0.048 45.245 2.261 189.481 107 298 149191 0.522 0.055 44.967 2.247 190.478 106 294 147192 0.525 0.062 44.692 2.233 191.475 105 291 146193 0.527 0.069 44.419 2.219 192.473 104 288 144194 0.530 0.075 44.149 2.206 193.470 103 285 143195 0.533 0.082 43.880 2.192 194.467 102 282 141196 0.536 0.089 43.614 2.179 195.464 101 280 140197 0.538 0.096 43.350 2.166 196.462 100 277 139198 0.541 0.103 43.089 2.153 197.459 100 274 137199 0.544 0.110 42.829 2.140 198.456 99 271 136200 0.546 0.117 42.572 2.127 199.454 98 268 134201 0.549 0.124 42.317 2.114 200.451 97 265 133202 0.552 0.130 42.063 2.102 201.448 96 263 132203 0.555 0.137 41.812 2.089 202.445 96 260 130204 0.557 0.144 41.563 2.077 203.443 95 257 129205 0.560 0.151 41.316 2.064 204.440 94 255 128206 0.563 0.158 41.070 2.052 205.437 93 252 127207 0.566 0.165 40.827 2.040 206.434 93 250 125208 0.568 0.172 40.586 2.028 207.432 92 247 124209 0.571 0.179 40.346 2.016 208.429 91 245 123210 0.574 0.186 40.109 2.004 209.426 90 242 122211 0.577 0.193 39.873 1.992 210.423 90 240 120212 0.579 0.200 39.639 1.980 211.421 89 237 119

C.dur.-Tusciano




Q d S_Alb

213 0.582 0.207 39.406 1.969 212.418 88 235 118214 0.585 0.214 39.176 1.957 213.415 87 233 117215 0.587 0.221 38.947 1.946 214.413 87 230 116216 0.590 0.228 38.720 1.935 215.410 86 228 115217 0.593 0.235 38.495 1.923 216.407 85 226 114218 0.596 0.242 38.271 1.912 217.404 85 224 112219 0.598 0.249 38.050 1.901 218.402 84 221 111220 0.601 0.256 37.829 1.890 219.399 83 219 110221 0.604 0.263 37.611 1.879 220.396 83 217 109222 0.607 0.270 37.394 1.868 221.393 82 215 108223 0.609 0.277 37.178 1.858 222.391 81 213 107224 0.612 0.285 36.964 1.847 223.388 81 211 106225 0.615 0.292 36.752 1.836 224.385 80 209 105226 0.617 0.299 36.541 1.826 225.383 80 207 104227 0.620 0.306 36.332 1.815 226.380 79 204 103228 0.623 0.313 36.124 1.805 227.377 78 203 102229 0.626 0.320 35.917 1.795 228.374 78 201 101230 0.628 0.328 35.712 1.784 229.372 77 199 100231 0.631 0.335 35.509 1.774 230.369 77 197 99232 0.634 0.342 35.307 1.764 231.366 76 195 98233 0.637 0.349 35.106 1.754 232.363 75 193 97234 0.639 0.357 34.907 1.744 233.361 75 191 96235 0.642 0.364 34.709 1.734 234.358 74 189 95236 0.645 0.371 34.512 1.724 235.355 74 187 95237 0.648 0.379 34.317 1.715 236.352 73 185 94238 0.650 0.386 34.123 1.705 237.350 72 184 93239 0.653 0.393 33.931 1.695 238.347 72 182 92240 0.656 0.401 33.739 1.686 239.344 71 180 91241 0.658 0.408 33.549 1.676 240.342 71 178 90242 0.661 0.416 33.360 1.667 241.339 70 177 89243 0.664 0.423 33.173 1.657 242.336 70 175 88244 0.667 0.431 32.987 1.648 243.333 69 173 88245 0.669 0.438 32.801 1.639 244.331 69 172 87246 0.672 0.446 32.618 1.630 245.328 68 170 86247 0.675 0.453 32.435 1.621 246.325 68 168 85248 0.678 0.461 32.253 1.611 247.322 67 167 84249 0.680 0.469 32.073 1.602 248.320 67 165 84250 0.683 0.476 31.894 1.594 249.317 66 164 83251 0.686 0.484 31.715 1.585 250.314 66 162 82252 0.689 0.492 31.538 1.576 251.311 65 161 81253 0.691 0.499 31.363 1.567 252.309 65 159 81254 0.694 0.507 31.188 1.558 253.306 64 158 80255 0.697 0.515 31.014 1.550 254.303 64 156 79256 0.699 0.523 30.841 1.541 255.301 63 155 78257 0.702 0.531 30.670 1.532 256.298 63 153 78258 0.705 0.539 30.499 1.524 257.295 62 152 77259 0.708 0.547 30.330 1.515 258.292 62 150 76260 0.710 0.555 30.161 1.507 259.290 61 149 75261 0.713 0.563 29.993 1.499 260.287 61 147 75262 0.716 0.571 29.827 1.490 261.284 60 146 74263 0.719 0.579 29.661 1.482 262.281 60 145 73264 0.721 0.587 29.497 1.474 263.279 59 143 73265 0.724 0.595 29.333 1.466 264.276 59 142 72

C.dur.-Tusciano




Q d S_Alb

266 0.727 0.603 29.170 1.457 265.273 58 140 71267 0.730 0.611 29.008 1.449 266.270 58 139 71268 0.732 0.620 28.848 1.441 267.268 58 138 70269 0.735 0.628 28.688 1.433 268.265 57 137 69270 0.738 0.636 28.528 1.425 269.262 57 135 69271 0.740 0.645 28.370 1.417 270.260 56 134 68272 0.743 0.653 28.213 1.410 271.257 56 133 67273 0.746 0.662 28.056 1.402 272.254 55 131 67274 0.749 0.670 27.901 1.394 273.251 55 130 66275 0.751 0.679 27.746 1.386 274.249 55 129 66276 0.754 0.687 27.592 1.379 275.246 54 128 65277 0.757 0.696 27.439 1.371 276.243 54 127 64278 0.760 0.705 27.287 1.363 277.240 53 125 64279 0.762 0.714 27.135 1.356 278.238 53 124 63280 0.765 0.723 26.984 1.348 279.235 53 123 63281 0.768 0.731 26.834 1.341 280.232 52 122 62282 0.770 0.740 26.685 1.333 281.230 52 121 61283 0.773 0.750 26.537 1.326 282.227 51 119 61284 0.776 0.759 26.389 1.318 283.224 51 118 60285 0.779 0.768 26.242 1.311 284.221 51 117 60286 0.781 0.777 26.096 1.304 285.219 50 116 59287 0.784 0.786 25.950 1.297 286.216 50 115 59288 0.787 0.796 25.805 1.289 287.213 49 114 58289 0.790 0.805 25.661 1.282 288.210 49 113 58290 0.792 0.815 25.517 1.275 289.208 49 112 57291 0.795 0.824 25.375 1.268 290.205 48 111 56292 0.798 0.834 25.232 1.261 291.202 48 110 56293 0.801 0.844 25.091 1.254 292.199 48 109 55294 0.803 0.853 24.950 1.247 293.197 47 108 55295 0.806 0.863 24.810 1.240 294.194 47 107 54296 0.809 0.873 24.670 1.233 295.191 47 105 54297 0.811 0.883 24.531 1.226 296.189 46 104 53298 0.814 0.894 24.392 1.219 297.186 46 103 53299 0.817 0.904 24.254 1.212 298.183 45 102 52300 0.820 0.914 24.117 1.205 299.180 45 101 52301 0.822 0.925 23.980 1.198 300.178 45 100 51302 0.825 0.935 23.844 1.191 301.175 44 100 51303 0.828 0.946 23.708 1.185 302.172 44 99 50304 0.831 0.957 23.573 1.178 303.169 44 98 50305 0.833 0.967 23.438 1.171 304.167 43 97 49306 0.836 0.978 23.304 1.164 305.164 43 96 49307 0.839 0.990 23.170 1.158 306.161 43 95 48308 0.842 1.001 23.037 1.151 307.158 42 94 48309 0.844 1.012 22.904 1.144 308.156 42 93 48310 0.847 1.024 22.771 1.138 309.153 42 92 47311 0.850 1.035 22.639 1.131 310.150 41 91 47312 0.852 1.047 22.508 1.125 311.148 41 90 46313 0.855 1.059 22.376 1.118 312.145 41 89 46314 0.858 1.071 22.246 1.111 313.142 40 88 45315 0.861 1.083 22.115 1.105 314.139 40 87 45316 0.863 1.096 21.985 1.098 315.137 40 87 44317 0.866 1.108 21.855 1.092 316.134 39 86 44318 0.869 1.121 21.726 1.085 317.131 39 85 44

C.dur.-Tusciano




Q d S_Alb

319 0.872 1.134 21.597 1.079 318.128 39 84 43320 0.874 1.147 21.468 1.073 319.126 38 83 43321 0.877 1.160 21.339 1.066 320.123 38 82 42322 0.880 1.174 21.211 1.060 321.120 38 81 42323 0.883 1.188 21.082 1.053 322.117 38 81 41324 0.885 1.202 20.954 1.047 323.115 37 80 41325 0.888 1.216 20.827 1.041 324.112 37 79 41326 0.891 1.230 20.699 1.034 325.109 37 78 40327 0.893 1.245 20.571 1.028 326.107 36 77 40328 0.896 1.260 20.444 1.021 327.104 36 76 39329 0.899 1.275 20.317 1.015 328.101 36 76 39330 0.902 1.291 20.189 1.009 329.098 35 75 38331 0.904 1.307 20.062 1.002 330.096 35 74 38332 0.907 1.323 19.935 0.996 331.093 35 73 38333 0.910 1.340 19.807 0.990 332.090 34 72 37334 0.913 1.357 19.680 0.983 333.087 34 72 37335 0.915 1.374 19.553 0.977 334.085 34 71 36336 0.918 1.392 19.425 0.971 335.082 34 70 36337 0.921 1.410 19.297 0.964 336.079 33 69 36338 0.923 1.429 19.169 0.958 337.077 33 69 35339 0.926 1.448 19.040 0.951 338.074 33 68 35340 0.929 1.468 18.911 0.945 339.071 32 67 34341 0.932 1.489 18.782 0.938 340.068 32 66 34342 0.934 1.510 18.652 0.932 341.066 32 65 34343 0.937 1.531 18.522 0.925 342.063 31 65 33344 0.940 1.554 18.391 0.919 343.060 31 64 33345 0.943 1.577 18.259 0.912 344.057 31 63 33346 0.945 1.601 18.126 0.906 345.055 31 62 32347 0.948 1.627 17.993 0.899 346.052 30 61 32348 0.951 1.653 17.858 0.892 347.049 30 61 31349 0.954 1.680 17.722 0.885 348.046 30 60 31350 0.956 1.709 17.584 0.879 349.044 29 59 31351 0.959 1.739 17.445 0.872 350.041 29 58 30352 0.962 1.771 17.304 0.865 351.038 29 58 30353 0.964 1.805 17.160 0.857 352.036 28 57 29354 0.967 1.841 17.014 0.850 353.033 28 56 29355 0.970 1.880 16.865 0.843 354.030 28 55 28356 0.973 1.922 16.713 0.835 355.027 27 54 28357 0.975 1.967 16.556 0.827 356.025 27 53 28358 0.978 2.017 16.395 0.819 357.022 27 52 27359 0.981 2.072 16.227 0.811 358.019 26 52 27360 0.984 2.135 16.051 0.802 359.016 26 51 26361 0.986 2.207 15.865 0.793 360.014 25 50 26362 0.989 2.293 15.666 0.783 361.011 25 49 25363 0.992 2.400 15.446 0.772 362.008 25 47 25364 0.995 2.545 15.194 0.759 363.005 24 46 24365 0.997 2.778 14.875 0.743 364.003 23 44 23

PICENTINOFiume PICENTINO

IDRAULICA

Κστ 35S= 0.0055g= 9.81


1.34 1.67


Dgr= 5.054n= 0.606A= 0.242m= 3.251C= 0.010



y = 0.0023x1.7122

R2 = 0.9997

y = 0.0011x1.3197

R2 = 0.9991

y = 0.0021x1.5812

R2 = 0.9975

0.00

2.00

4.00

6.00

8.00

10.00

12.00

14.00

0 20 40 60 80 100 120 140 160


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16 18


IDRAULICA


7.29 0.50 0.006 0.035 11.00 1.27 0.08 5.75 12.41 0.46 12.00 0.59 0.35 0.16 258.55 0.55 0.006 0.035 11.00 1.35 0.09 6.35 12.56 0.51 12.10 0.59 0.39 0.17 279.88 0.60 0.006 0.035 11.00 1.42 0.10 6.96 12.70 0.55 12.20 0.60 0.43 0.17 3011.29 0.65 0.006 0.035 11.00 1.49 0.11 7.57 12.84 0.59 12.30 0.61 0.47 0.18 3212.77 0.70 0.006 0.035 11.00 1.56 0.12 8.19 12.98 0.63 12.40 0.61 0.51 0.18 3414.32 0.75 0.006 0.035 11.00 1.63 0.13 8.81 13.12 0.67 12.50 0.62 0.55 0.19 3615.95 0.80 0.006 0.035 11.00 1.69 0.15 9.44 13.26 0.71 12.60 0.62 0.59 0.20 3817.64 0.85 0.006 0.035 11.00 1.75 0.16 10.07 13.40 0.75 12.70 0.63 0.63 0.20 4119.40 0.90 0.006 0.035 11.00 1.81 0.17 10.71 13.55 0.79 12.80 0.63 0.67 0.21 4321.24 0.95 0.006 0.035 11.00 1.87 0.18 11.35 13.69 0.83 12.90 0.64 0.71 0.21 4523.13 1.00 0.006 0.035 11.00 1.93 0.19 12.00 13.83 0.87 13.00 0.64 0.75 0.22 4725.10 1.05 0.006 0.035 11.00 1.98 0.20 12.65 13.97 0.91 13.10 0.64 0.79 0.22 4927.12 1.10 0.006 0.035 11.00 2.04 0.21 13.31 14.11 0.94 13.20 0.65 0.83 0.23 5129.22 1.15 0.006 0.035 11.00 2.09 0.22 13.97 14.25 0.98 13.30 0.65 0.87 0.23 5331.37 1.20 0.006 0.035 11.00 2.14 0.23 14.64 14.39 1.02 13.40 0.65 0.91 0.23 5533.59 1.25 0.006 0.035 11.00 2.19 0.25 15.31 14.54 1.05 13.50 0.66 0.95 0.24 5735.87 1.30 0.006 0.035 11.00 2.24 0.26 15.99 14.68 1.09 13.60 0.66 1.00 0.24 5938.22 1.35 0.006 0.035 11.00 2.29 0.27 16.67 14.82 1.13 13.70 0.66 1.04 0.25 6140.62 1.40 0.006 0.035 11.00 2.34 0.28 17.36 14.96 1.16 13.80 0.67 1.08 0.25 6343.09 1.45 0.006 0.035 11.00 2.39 0.29 18.05 15.10 1.20 13.90 0.67 1.12 0.25 6445.61 1.50 0.006 0.035 11.00 2.43 0.30 18.75 15.24 1.23 14.00 0.67 1.16 0.26 6648.20 1.55 0.006 0.035 11.00 2.48 0.31 19.45 15.38 1.26 14.10 0.67 1.20 0.26 6850.84 1.60 0.006 0.035 11.00 2.52 0.32 20.16 15.53 1.30 14.20 0.68 1.25 0.26 7053.55 1.65 0.006 0.035 11.00 2.57 0.34 20.87 15.67 1.33 14.30 0.68 1.29 0.27 7256.31 1.70 0.006 0.035 11.00 2.61 0.35 21.59 15.81 1.37 14.40 0.68 1.33 0.27 7459.14 1.75 0.006 0.035 11.00 2.65 0.36 22.31 15.95 1.40 14.50 0.68 1.37 0.27 7562.02 1.80 0.006 0.035 11.00 2.69 0.37 23.04 16.09 1.43 14.60 0.68 1.42 0.28 7764.96 1.85 0.006 0.035 11.00 2.73 0.38 23.77 16.23 1.46 14.70 0.69 1.46 0.28 7967.96 1.90 0.006 0.035 11.00 2.77 0.39 24.51 16.37 1.50 14.80 0.69 1.50 0.28 8171.02 1.95 0.006 0.035 11.00 2.81 0.40 25.25 16.52 1.53 14.90 0.69 1.54 0.29 8274.13 2.00 0.006 0.035 11.00 2.85 0.41 26.00 16.66 1.56 15.00 0.69 1.59 0.29 8477.31 2.05 0.006 0.035 11.00 2.89 0.43 26.75 16.80 1.59 15.10 0.69 1.63 0.29 86

PICENTINOQ h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τo


80.54 2.10 0.006 0.035 11.00 2.93 0.44 27.51 16.94 1.62 15.20 0.69 1.67 0.30 8883.83 2.15 0.006 0.035 11.00 2.97 0.45 28.27 17.08 1.66 15.30 0.70 1.71 0.30 8987.17 2.20 0.006 0.035 11.00 3.00 0.46 29.04 17.22 1.69 15.40 0.70 1.76 0.30 9190.58 2.25 0.006 0.035 11.00 3.04 0.47 29.81 17.36 1.72 15.50 0.70 1.80 0.30 9394.04 2.30 0.006 0.035 11.00 3.07 0.48 30.59 17.51 1.75 15.60 0.70 1.84 0.31 9497.56 2.35 0.006 0.035 11.00 3.11 0.49 31.37 17.65 1.78 15.70 0.70 1.89 0.31 96

101.10 2.40 0.006 0.035 11.00 3.15 0.50 32.16 17.79 1.81 15.80 0.70 1.93 0.31 98104.80 2.45 0.006 0.035 11.00 3.18 0.52 32.95 17.93 1.84 15.90 0.71 1.97 0.31 99108.50 2.50 0.006 0.035 11.00 3.21 0.53 33.75 18.07 1.87 16.00 0.71 2.01 0.32 101112.20 2.55 0.006 0.035 11.00 3.25 0.54 34.55 18.21 1.90 16.10 0.71 2.06 0.32 102116.00 2.60 0.006 0.035 11.00 3.28 0.55 35.36 18.35 1.93 16.20 0.71 2.10 0.32 104119.90 2.65 0.006 0.035 11.00 3.31 0.56 36.17 18.50 1.96 16.30 0.71 2.14 0.32 106123.80 2.70 0.006 0.035 11.00 3.35 0.57 36.99 18.64 1.99 16.40 0.71 2.19 0.33 107127.80 2.75 0.006 0.035 11.00 3.38 0.58 37.81 18.78 2.01 16.50 0.71 2.23 0.33 109131.80 2.80 0.006 0.035 11.00 3.41 0.59 38.64 18.92 2.04 16.60 0.71 2.27 0.33 110135.90 2.85 0.006 0.035 11.00 3.44 0.60 39.47 19.06 2.07 16.70 0.72 2.32 0.33 112140.00 2.90 0.006 0.035 11.00 3.47 0.62 40.31 19.20 2.10 16.80 0.72 2.36 0.34 113144.20 2.95 0.006 0.035 11.00 3.51 0.63 41.15 19.34 2.13 16.90 0.72 2.41 0.34 115148.50 3.00 0.006 0.035 11.00 3.54 0.64 42.00 19.49 2.16 17.00 0.72 2.45 0.34 116

PICENTINOFiume PICENTINOTRASPORTO SOLIDO

Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s7.29 0.50 0.32 4 2.60E-03 1.13E-02 1.39E-02 2.38 11.61 0.00893 6.51E-02 0.03 6.22 299.65 3.92E-028.55 0.55 0.32 4 3.25E-03 1.44E-02 1.76E-02 2.50 13.82 0.01017 8.70E-02 0.03 6.98 411.00 5.40E-029.88 0.60 0.33 4 3.98E-03 1.79E-02 2.19E-02 2.62 16.18 0.01145 1.13E-01 0.03 7.73 543.09 7.17E-02

11.29 0.65 0.33 4 4.78E-03 2.19E-02 2.67E-02 2.72 18.67 0.01273 1.44E-01 0.03 8.46 695.22 9.22E-0212.77 0.70 0.33 4 5.66E-03 2.63E-02 3.19E-02 2.82 21.30 0.01405 1.79E-01 0.03 9.18 869.68 1.16E-0114.32 0.75 0.33 4 6.60E-03 3.11E-02 3.77E-02 2.92 24.04 0.01538 2.20E-01 0.03 9.88 1064.59 1.42E-0115.95 0.80 0.34 4 7.61E-03 3.63E-02 4.39E-02 3.02 26.90 0.01672 2.67E-01 0.03 10.57 1282.11 1.72E-0117.64 0.85 0.34 3 8.69E-03 4.20E-02 5.06E-02 3.11 29.86 0.01807 3.19E-01 0.03 11.25 1521.41 2.05E-0119.40 0.90 0.34 3 9.85E-03 4.81E-02 5.79E-02 3.20 32.95 0.01945 3.77E-01 0.03 11.92 1784.87 2.42E-0121.24 0.95 0.34 3 1.11E-02 5.47E-02 6.57E-02 3.28 36.13 0.02082 4.42E-01 0.03 12.58 2070.44 2.81E-0123.13 1.00 0.34 3 1.24E-02 6.16E-02 7.40E-02 3.36 39.40 0.02220 5.14E-01 0.03 13.23 2377.89 3.25E-0125.10 1.05 0.35 3 1.37E-02 6.90E-02 8.28E-02 3.44 42.77 0.02360 5.92E-01 0.03 13.88 2709.83 3.72E-0127.12 1.10 0.35 3 1.51E-02 7.68E-02 9.19E-02 3.52 46.21 0.02499 6.78E-01 0.03 14.51 3061.99 4.22E-0129.22 1.15 0.35 3 1.66E-02 8.51E-02 1.02E-01 3.59 49.74 0.02639 7.71E-01 0.03 15.14 3439.01 4.75E-0131.37 1.20 0.35 3 1.81E-02 9.38E-02 1.12E-01 3.67 53.36 0.02780 8.72E-01 0.03 15.76 3838.39 5.33E-0133.59 1.25 0.35 3 1.97E-02 1.03E-01 1.23E-01 3.74 57.04 0.02922 9.81E-01 0.03 16.36 4259.15 5.94E-0135.87 1.30 0.35 3 2.14E-02 1.12E-01 1.34E-01 3.81 60.78 0.03062 1.10E+00 0.03 16.97 4701.60 6.58E-0138.22 1.35 0.35 3 2.31E-02 1.22E-01 1.46E-01 3.88 64.65 0.03204 1.22E+00 0.02 17.57 5177.10 7.27E-0140.62 1.40 0.35 3 2.49E-02 1.33E-01 1.58E-01 3.94 68.55 0.03347 1.36E+00 0.02 18.16 5666.05 8.00E-0143.09 1.45 0.35 3 2.68E-02 1.44E-01 1.71E-01 4.01 72.53 0.03489 1.50E+00 0.02 18.74 6183.55 8.76E-0145.61 1.50 0.36 3 2.87E-02 1.55E-01 1.84E-01 4.07 76.59 0.03632 1.66E+00 0.02 19.33 6726.47 9.57E-0148.20 1.55 0.36 3 3.06E-02 1.67E-01 1.97E-01 4.13 80.66 0.03775 1.82E+00 0.02 19.90 7283.21 1.04E+0050.84 1.60 0.36 3 3.27E-02 1.79E-01 2.12E-01 4.19 84.87 0.03916 1.99E+00 0.02 20.48 7880.01 1.13E+0053.55 1.65 0.36 2 3.48E-02 1.92E-01 2.26E-01 4.25 89.06 0.04060 2.17E+00 0.02 21.03 8479.20 1.22E+0056.31 1.70 0.36 2 3.69E-02 2.04E-01 2.41E-01 4.31 93.33 0.04201 2.37E+00 0.02 21.60 9112.05 1.32E+0059.14 1.75 0.36 2 3.90E-02 2.18E-01 2.57E-01 4.37 97.64 0.04344 2.57E+00 0.02 22.15 9761.83 1.42E+0062.02 1.80 0.36 2 4.13E-02 2.32E-01 2.73E-01 4.42 102.05 0.04487 2.78E+00 0.02 22.70 10442.04 1.52E+0064.96 1.85 0.36 2 4.36E-02 2.46E-01 2.90E-01 4.48 106.45 0.04632 3.01E+00 0.02 23.23 11130.08 1.63E+0067.96 1.90 0.36 2 4.60E-02 2.61E-01 3.07E-01 4.53 110.96 0.04774 3.24E+00 0.02 23.78 11860.14 1.74E+0071.02 1.95 0.36 2 4.84E-02 2.76E-01 3.24E-01 4.58 115.45 0.04915 3.49E+00 0.02 24.31 12596.07 1.86E+0074.13 2.00 0.36 2 5.08E-02 2.91E-01 3.42E-01 4.64 120.03 0.05058 3.75E+00 0.02 24.84 13361.92 1.98E+0077.31 2.05 0.37 2 5.34E-02 3.07E-01 3.61E-01 4.69 124.71 0.05201 4.02E+00 0.02 25.37 14163.62 2.10E+00


PICENTINOQ h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

80.54 2.10 0.37 2 5.60E-02 3.24E-01 3.80E-01 4.74 129.34 0.05345 4.30E+00 0.02 25.88 14962.64 2.23E+0083.83 2.15 0.37 2 5.86E-02 3.41E-01 3.99E-01 4.79 134.01 0.05486 4.60E+00 0.02 26.40 15786.22 2.36E+0087.17 2.20 0.37 2 6.13E-02 3.58E-01 4.19E-01 4.84 138.77 0.05629 4.91E+00 0.02 26.91 16639.44 2.50E+0090.58 2.25 0.37 2 6.40E-02 3.75E-01 4.39E-01 4.89 143.55 0.05770 5.23E+00 0.02 27.43 17517.21 2.64E+0094.04 2.30 0.37 2 6.68E-02 3.93E-01 4.60E-01 4.93 148.33 0.05913 5.56E+00 0.02 27.92 18397.85 2.78E+0097.56 2.35 0.37 2 6.97E-02 4.12E-01 4.82E-01 4.98 153.29 0.06056 5.91E+00 0.02 28.44 19341.79 2.94E+00101.10 2.40 0.37 2 7.25E-02 4.31E-01 5.03E-01 5.03 158.18 0.06198 6.27E+00 0.02 28.93 20275.35 3.09E+00104.80 2.45 0.37 2 7.55E-02 4.50E-01 5.26E-01 5.07 163.08 0.06338 6.64E+00 0.02 29.43 21231.41 3.25E+00108.50 2.50 0.37 2 7.85E-02 4.70E-01 5.48E-01 5.12 168.07 0.06479 7.03E+00 0.02 29.92 22216.69 3.41E+00112.20 2.55 0.37 2 8.15E-02 4.90E-01 5.72E-01 5.16 173.04 0.06621 7.43E+00 0.02 30.40 23206.82 3.58E+00116.00 2.60 0.37 2 8.46E-02 5.11E-01 5.96E-01 5.20 178.19 0.06764 7.85E+00 0.02 30.90 24258.09 3.75E+00119.90 2.65 0.37 2 8.78E-02 5.32E-01 6.20E-01 5.25 183.25 0.06906 8.28E+00 0.02 31.38 25298.66 3.93E+00123.80 2.70 0.37 2 9.09E-02 5.53E-01 6.44E-01 5.29 188.31 0.07045 8.72E+00 0.02 31.86 26352.36 4.11E+00127.80 2.75 0.37 2 9.43E-02 5.76E-01 6.70E-01 5.33 193.52 0.07188 9.19E+00 0.02 32.34 27457.89 4.30E+00131.80 2.80 0.37 2 9.76E-02 5.98E-01 6.95E-01 5.37 198.63 0.07329 9.66E+00 0.02 32.80 28540.71 4.48E+00135.90 2.85 0.37 2 1.01E-01 6.21E-01 7.22E-01 5.41 203.92 0.07470 1.02E+01 0.02 33.28 29695.48 4.68E+00140.00 2.90 0.37 2 1.04E-01 6.43E-01 7.48E-01 5.46 209.10 0.07610 1.07E+01 0.02 33.74 30824.81 4.88E+00144.20 2.95 0.38 2 1.08E-01 6.67E-01 7.75E-01 5.49 214.35 0.07751 1.12E+01 0.02 34.20 31989.54 5.08E+00148.50 3.00 0.38 2 1.11E-01 6.91E-01 8.03E-01 5.53 219.67 0.07893 1.17E+01 0.02 34.67 33182.48 5.29E+00

C.dur.-Picentino

Fiume Picentino



Q medsez. a b q 0

Picentino- regionalizzata

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10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

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zato


C.dur.-Picentino


Q d S_AlbVOLUME m3



C.dur.-Picentino


VOLUME m3



54 0.148 -1.047 144.773 5.748 53.852 979 4019 292755 0.150 -1.035 143.094 5.681 54.850 964 3940 287456 0.153 -1.024 141.458 5.616 55.847 949 3863 282257 0.156 -1.012 139.863 5.553 56.844 935 3789 277258 0.158 -1.001 138.307 5.491 57.842 921 3717 272359 0.161 -0.990 136.789 5.431 58.839 908 3647 267660 0.164 -0.978 135.307 5.372 59.836 895 3580 263061 0.167 -0.967 133.860 5.315 60.833 882 3515 258662 0.169 -0.957 132.446 5.258 61.831 870 3451 254363 0.172 -0.946 131.065 5.204 62.828 858 3390 250164 0.175 -0.935 129.714 5.150 63.825 846 3330 246165 0.178 -0.925 128.394 5.098 64.822 835 3272 242166 0.180 -0.914 127.102 5.046 65.820 824 3216 238367 0.183 -0.904 125.838 4.996 66.817 813 3162 234568 0.186 -0.894 124.600 4.947 67.814 802 3109 230969 0.189 -0.883 123.389 4.899 68.811 792 3057 227370 0.191 -0.873 122.202 4.852 69.809 782 3007 223971 0.194 -0.863 121.039 4.806 70.806 772 2958 220572 0.197 -0.853 119.900 4.760 71.803 762 2911 217373 0.199 -0.844 118.783 4.716 72.801 753 2864 214174 0.202 -0.834 117.688 4.673 73.798 744 2819 211075 0.205 -0.824 116.614 4.630 74.795 735 2775 207976 0.208 -0.815 115.561 4.588 75.792 726 2733 205077 0.210 -0.805 114.527 4.547 76.790 717 2691 202178 0.213 -0.796 113.513 4.507 77.787 709 2650 199379 0.216 -0.786 112.517 4.467 78.784 701 2610 196580 0.219 -0.777 111.539 4.428 79.781 693 2572 193881 0.221 -0.768 110.578 4.390 80.779 685 2534 191282 0.224 -0.759 109.635 4.353 81.776 677 2497 188683 0.227 -0.750 108.708 4.316 82.773 669 2461 186184 0.230 -0.740 107.797 4.280 83.770 662 2426 183685 0.232 -0.731 106.901 4.244 84.768 655 2391 181286 0.235 -0.723 106.021 4.209 85.765 648 2358 178987 0.238 -0.714 105.155 4.175 86.762 641 2325 176688 0.240 -0.705 104.304 4.141 87.760 634 2293 174389 0.243 -0.696 103.466 4.108 88.757 627 2261 172190 0.246 -0.687 102.643 4.075 89.754 620 2231 169991 0.249 -0.679 101.832 4.043 90.751 614 2200 167892 0.251 -0.670 101.034 4.011 91.749 607 2171 165793 0.254 -0.662 100.249 3.980 92.746 601 2142 163794 0.257 -0.653 99.475 3.949 93.743 595 2114 161795 0.260 -0.645 98.714 3.919 94.740 589 2086 159896 0.262 -0.636 97.964 3.889 95.738 583 2059 157897 0.265 -0.628 97.226 3.860 96.735 577 2033 156098 0.268 -0.620 96.498 3.831 97.732 572 2007 154199 0.270 -0.611 95.782 3.803 98.730 566 1981 1523

100 0.273 -0.603 95.075 3.775 99.727 560 1956 1506101 0.276 -0.595 94.379 3.747 100.724 555 1932 1488102 0.279 -0.587 93.693 3.720 101.721 550 1908 1471103 0.281 -0.579 93.017 3.693 102.719 544 1884 1454104 0.284 -0.571 92.350 3.667 103.716 539 1861 1438105 0.287 -0.563 91.692 3.640 104.713 534 1839 1422106 0.290 -0.555 91.044 3.615 105.710 529 1817 1406

C.dur.-Picentino


VOLUME m3



107 0.292 -0.547 90.404 3.589 106.708 524 1795 1390108 0.295 -0.539 89.773 3.564 107.705 519 1773 1375109 0.298 -0.531 89.151 3.540 108.702 515 1752 1360110 0.301 -0.523 88.537 3.515 109.699 510 1732 1345111 0.303 -0.515 87.931 3.491 110.697 505 1712 1331112 0.306 -0.507 87.333 3.467 111.694 501 1692 1316113 0.309 -0.499 86.743 3.444 112.691 496 1672 1302114 0.311 -0.492 86.160 3.421 113.689 492 1653 1288115 0.314 -0.484 85.585 3.398 114.686 487 1634 1275116 0.317 -0.476 85.017 3.375 115.683 483 1616 1262117 0.320 -0.469 84.456 3.353 116.680 479 1597 1248118 0.322 -0.461 83.902 3.331 117.678 475 1579 1235119 0.325 -0.453 83.355 3.309 118.675 471 1562 1223120 0.328 -0.446 82.815 3.288 119.672 467 1545 1210121 0.331 -0.438 82.281 3.267 120.669 463 1528 1198122 0.333 -0.431 81.754 3.246 121.667 459 1511 1186123 0.336 -0.423 81.233 3.225 122.664 455 1494 1174124 0.339 -0.416 80.718 3.205 123.661 451 1478 1162125 0.342 -0.408 80.209 3.184 124.658 447 1462 1151126 0.344 -0.401 79.706 3.165 125.656 443 1447 1139127 0.347 -0.393 79.209 3.145 126.653 440 1431 1128128 0.350 -0.386 78.718 3.125 127.650 436 1416 1117129 0.352 -0.379 78.232 3.106 128.648 433 1401 1106130 0.355 -0.371 77.752 3.087 129.645 429 1386 1095131 0.358 -0.364 77.278 3.068 130.642 426 1372 1085132 0.361 -0.357 76.808 3.049 131.639 422 1358 1074133 0.363 -0.349 76.344 3.031 132.637 419 1344 1064134 0.366 -0.342 75.885 3.013 133.634 415 1330 1054135 0.369 -0.335 75.431 2.995 134.631 412 1316 1044136 0.372 -0.328 74.982 2.977 135.628 409 1303 1034137 0.374 -0.320 74.537 2.959 136.626 406 1290 1025138 0.377 -0.313 74.098 2.942 137.623 403 1277 1015139 0.380 -0.306 73.663 2.925 138.620 399 1264 1006140 0.383 -0.299 73.233 2.908 139.617 396 1251 996141 0.385 -0.292 72.807 2.891 140.615 393 1239 987142 0.388 -0.285 72.385 2.874 141.612 390 1227 978143 0.391 -0.277 71.968 2.857 142.609 387 1215 969144 0.393 -0.270 71.556 2.841 143.607 384 1203 961145 0.396 -0.263 71.147 2.825 144.604 381 1191 952146 0.399 -0.256 70.743 2.809 145.601 379 1179 943147 0.402 -0.249 70.342 2.793 146.598 376 1168 935148 0.404 -0.242 69.946 2.777 147.596 373 1157 927149 0.407 -0.235 69.554 2.761 148.593 370 1146 918150 0.410 -0.228 69.165 2.746 149.590 367 1135 910151 0.413 -0.221 68.780 2.731 150.587 365 1124 902152 0.415 -0.214 68.399 2.716 151.585 362 1113 894153 0.418 -0.207 68.022 2.701 152.582 359 1103 887154 0.421 -0.200 67.648 2.686 153.579 357 1092 879155 0.423 -0.193 67.278 2.671 154.577 354 1082 871156 0.426 -0.186 66.912 2.657 155.574 352 1072 864157 0.429 -0.179 66.548 2.642 156.571 349 1062 856158 0.432 -0.172 66.189 2.628 157.568 347 1052 849159 0.434 -0.165 65.832 2.614 158.566 344 1043 842

C.dur.-Picentino


VOLUME m3



160 0.437 -0.158 65.479 2.600 159.563 342 1033 835161 0.440 -0.151 65.129 2.586 160.560 339 1024 828162 0.443 -0.144 64.782 2.572 161.557 337 1014 821163 0.445 -0.137 64.439 2.558 162.555 334 1005 814164 0.448 -0.130 64.098 2.545 163.552 332 996 807165 0.451 -0.124 63.761 2.531 164.549 330 987 800166 0.454 -0.117 63.426 2.518 165.546 328 978 794167 0.456 -0.110 63.095 2.505 166.544 325 970 787168 0.459 -0.103 62.766 2.492 167.541 323 961 781169 0.462 -0.096 62.441 2.479 168.538 321 952 774170 0.464 -0.089 62.118 2.466 169.536 319 944 768171 0.467 -0.082 61.798 2.454 170.533 316 936 762172 0.470 -0.075 61.480 2.441 171.530 314 927 756173 0.473 -0.069 61.166 2.428 172.527 312 919 750174 0.475 -0.062 60.854 2.416 173.525 310 911 744175 0.478 -0.055 60.545 2.404 174.522 308 903 738176 0.481 -0.048 60.238 2.392 175.519 306 896 732177 0.484 -0.041 59.934 2.380 176.516 304 888 726178 0.486 -0.034 59.632 2.368 177.514 302 880 720179 0.489 -0.027 59.333 2.356 178.511 300 873 714180 0.492 -0.021 59.036 2.344 179.508 298 865 709181 0.495 -0.014 58.742 2.332 180.505 296 858 703182 0.497 -0.007 58.450 2.321 181.503 294 851 698183 0.500 0.000 58.160 2.309 182.500 292 843 692184 0.503 0.007 57.873 2.298 183.497 290 836 687185 0.505 0.014 57.588 2.286 184.495 288 829 681186 0.508 0.021 57.305 2.275 185.492 286 822 676187 0.511 0.027 57.025 2.264 186.489 284 815 671188 0.514 0.034 56.746 2.253 187.486 283 809 666189 0.516 0.041 56.470 2.242 188.484 281 802 661190 0.519 0.048 56.196 2.231 189.481 279 795 656191 0.522 0.055 55.924 2.220 190.478 277 789 651192 0.525 0.062 55.654 2.210 191.475 275 782 646193 0.527 0.069 55.386 2.199 192.473 274 776 641194 0.530 0.075 55.120 2.188 193.470 272 769 636195 0.533 0.082 54.857 2.178 194.467 270 763 631196 0.536 0.089 54.595 2.168 195.464 268 757 626197 0.538 0.096 54.335 2.157 196.462 267 751 622198 0.541 0.103 54.077 2.147 197.459 265 745 617199 0.544 0.110 53.821 2.137 198.456 263 739 612200 0.546 0.117 53.567 2.127 199.454 262 733 608201 0.549 0.124 53.314 2.117 200.451 260 727 603202 0.552 0.130 53.064 2.107 201.448 258 721 599203 0.555 0.137 52.815 2.097 202.445 257 715 594204 0.557 0.144 52.568 2.087 203.443 255 709 590205 0.560 0.151 52.323 2.077 204.440 254 704 586206 0.563 0.158 52.079 2.068 205.437 252 698 581207 0.566 0.165 51.837 2.058 206.434 251 693 577208 0.568 0.172 51.597 2.049 207.432 249 687 573209 0.571 0.179 51.359 2.039 208.429 248 682 569210 0.574 0.186 51.122 2.030 209.426 246 676 564211 0.577 0.193 50.886 2.020 210.423 245 671 560212 0.579 0.200 50.653 2.011 211.421 243 666 556

C.dur.-Picentino


VOLUME m3



213 0.582 0.207 50.421 2.002 212.418 242 660 552214 0.585 0.214 50.190 1.993 213.415 240 655 548215 0.587 0.221 49.961 1.984 214.413 239 650 544216 0.590 0.228 49.734 1.975 215.410 237 645 540217 0.593 0.235 49.508 1.966 216.407 236 640 537218 0.596 0.242 49.284 1.957 217.404 234 635 533219 0.598 0.249 49.061 1.948 218.402 233 630 529220 0.601 0.256 48.839 1.939 219.399 232 625 525221 0.604 0.263 48.619 1.930 220.396 230 621 521222 0.607 0.270 48.400 1.922 221.393 229 616 518223 0.609 0.277 48.183 1.913 222.391 227 611 514224 0.612 0.285 47.967 1.904 223.388 226 606 510225 0.615 0.292 47.753 1.896 224.385 225 602 507226 0.617 0.299 47.539 1.887 225.383 223 597 503227 0.620 0.306 47.328 1.879 226.380 222 593 500228 0.623 0.313 47.117 1.871 227.377 221 588 496229 0.626 0.320 46.908 1.862 228.374 219 584 493230 0.628 0.328 46.700 1.854 229.372 218 579 489231 0.631 0.335 46.493 1.846 230.369 217 575 486232 0.634 0.342 46.288 1.838 231.366 216 570 482233 0.637 0.349 46.083 1.830 232.363 214 566 479234 0.639 0.357 45.880 1.822 233.361 213 562 476235 0.642 0.364 45.678 1.814 234.358 212 558 472236 0.645 0.371 45.478 1.806 235.355 211 553 469237 0.648 0.379 45.278 1.798 236.352 209 549 466238 0.650 0.386 45.080 1.790 237.350 208 545 463239 0.653 0.393 44.883 1.782 238.347 207 541 459240 0.656 0.401 44.687 1.774 239.344 206 537 456241 0.658 0.408 44.492 1.766 240.342 205 533 453242 0.661 0.416 44.298 1.759 241.339 203 529 450243 0.664 0.423 44.106 1.751 242.336 202 525 447244 0.667 0.431 43.914 1.743 243.333 201 521 444245 0.669 0.438 43.723 1.736 244.331 200 517 441246 0.672 0.446 43.534 1.728 245.328 199 514 438247 0.675 0.453 43.345 1.721 246.325 198 510 435248 0.678 0.461 43.158 1.713 247.322 196 506 432249 0.680 0.469 42.971 1.706 248.320 195 502 429250 0.683 0.476 42.786 1.699 249.317 194 499 426251 0.686 0.484 42.602 1.691 250.314 193 495 423252 0.689 0.492 42.418 1.684 251.311 192 491 420253 0.691 0.499 42.235 1.677 252.309 191 488 417254 0.694 0.507 42.054 1.670 253.306 190 484 415255 0.697 0.515 41.873 1.662 254.303 189 481 412256 0.699 0.523 41.694 1.655 255.301 188 477 409257 0.702 0.531 41.515 1.648 256.298 187 473 406258 0.705 0.539 41.337 1.641 257.295 186 470 403259 0.708 0.547 41.160 1.634 258.292 185 467 401260 0.710 0.555 40.984 1.627 259.290 183 463 398261 0.713 0.563 40.808 1.620 260.287 182 460 395262 0.716 0.571 40.634 1.613 261.284 181 456 393263 0.719 0.579 40.460 1.606 262.281 180 453 390264 0.721 0.587 40.288 1.600 263.279 179 450 387265 0.724 0.595 40.116 1.593 264.276 178 446 385

C.dur.-Picentino


VOLUME m3



266 0.727 0.603 39.945 1.586 265.273 177 443 382267 0.730 0.611 39.774 1.579 266.270 176 440 380268 0.732 0.620 39.605 1.572 267.268 175 437 377269 0.735 0.628 39.436 1.566 268.265 174 434 374270 0.738 0.636 39.268 1.559 269.262 173 430 372271 0.740 0.645 39.101 1.552 270.260 172 427 369272 0.743 0.653 38.934 1.546 271.257 171 424 367273 0.746 0.662 38.769 1.539 272.254 170 421 364274 0.749 0.670 38.603 1.533 273.251 169 418 362275 0.751 0.679 38.439 1.526 274.249 169 415 360276 0.754 0.687 38.275 1.520 275.246 168 412 357277 0.757 0.696 38.113 1.513 276.243 167 409 355278 0.760 0.705 37.950 1.507 277.240 166 406 352279 0.762 0.714 37.789 1.500 278.238 165 403 350280 0.765 0.723 37.628 1.494 279.235 164 400 348281 0.768 0.731 37.467 1.488 280.232 163 397 345282 0.770 0.740 37.308 1.481 281.230 162 394 343283 0.773 0.750 37.148 1.475 282.227 161 391 341284 0.776 0.759 36.990 1.469 283.224 160 389 338285 0.779 0.768 36.832 1.462 284.221 159 386 336286 0.781 0.777 36.675 1.456 285.219 158 383 334287 0.784 0.786 36.518 1.450 286.216 157 380 332288 0.787 0.796 36.362 1.444 287.213 157 377 329289 0.790 0.805 36.206 1.437 288.210 156 375 327290 0.792 0.815 36.051 1.431 289.208 155 372 325291 0.795 0.824 35.897 1.425 290.205 154 369 323292 0.798 0.834 35.743 1.419 291.202 153 366 321293 0.801 0.844 35.589 1.413 292.199 152 364 318294 0.803 0.853 35.436 1.407 293.197 151 361 316295 0.806 0.863 35.284 1.401 294.194 150 358 314296 0.809 0.873 35.131 1.395 295.191 150 356 312297 0.811 0.883 34.980 1.389 296.189 149 353 310298 0.814 0.894 34.829 1.383 297.186 148 351 308299 0.817 0.904 34.678 1.377 298.183 147 348 306300 0.820 0.914 34.527 1.371 299.180 146 345 303301 0.822 0.925 34.378 1.365 300.178 145 343 301302 0.825 0.935 34.228 1.359 301.175 144 340 299303 0.828 0.946 34.079 1.353 302.172 144 338 297304 0.831 0.957 33.930 1.347 303.169 143 335 295305 0.833 0.967 33.781 1.341 304.167 142 333 293306 0.836 0.978 33.633 1.335 305.164 141 330 291307 0.839 0.990 33.485 1.329 306.161 140 328 289308 0.842 1.001 33.338 1.324 307.158 140 325 287309 0.844 1.012 33.191 1.318 308.156 139 323 285310 0.847 1.024 33.044 1.312 309.153 138 320 283311 0.850 1.035 32.897 1.306 310.150 137 318 281312 0.852 1.047 32.750 1.300 311.148 136 315 279313 0.855 1.059 32.604 1.294 312.145 135 313 277314 0.858 1.071 32.458 1.289 313.142 135 311 275315 0.861 1.083 32.312 1.283 314.139 134 308 273316 0.863 1.096 32.166 1.277 315.137 133 306 271317 0.866 1.108 32.021 1.271 316.134 132 304 269318 0.869 1.121 31.875 1.266 317.131 131 301 267

C.dur.-Picentino


VOLUME m3



319 0.872 1.134 31.730 1.260 318.128 131 299 266320 0.874 1.147 31.584 1.254 319.126 130 296 264321 0.877 1.160 31.439 1.248 320.123 129 294 262322 0.880 1.174 31.294 1.242 321.120 128 292 260323 0.883 1.188 31.149 1.237 322.117 127 290 258324 0.885 1.202 31.003 1.231 323.115 127 287 256325 0.888 1.216 30.858 1.225 324.112 126 285 254326 0.891 1.230 30.712 1.219 325.109 125 283 252327 0.893 1.245 30.567 1.214 326.107 124 280 250328 0.896 1.260 30.421 1.208 327.104 124 278 248329 0.899 1.275 30.275 1.202 328.101 123 276 247330 0.902 1.291 30.129 1.196 329.098 122 273 245331 0.904 1.307 29.982 1.190 330.096 121 271 243332 0.907 1.323 29.836 1.185 331.093 120 269 241333 0.910 1.340 29.689 1.179 332.090 120 267 239334 0.913 1.357 29.541 1.173 333.087 119 264 237335 0.915 1.374 29.393 1.167 334.085 118 262 235336 0.918 1.392 29.244 1.161 335.082 117 260 233337 0.921 1.410 29.095 1.155 336.079 116 258 232338 0.923 1.429 28.945 1.149 337.077 116 255 230339 0.926 1.448 28.795 1.143 338.074 115 253 228340 0.929 1.468 28.643 1.137 339.071 114 251 226341 0.932 1.489 28.491 1.131 340.068 113 249 224342 0.934 1.510 28.338 1.125 341.066 112 246 222343 0.937 1.531 28.183 1.119 342.063 112 244 220344 0.940 1.554 28.028 1.113 343.060 111 242 218345 0.943 1.577 27.871 1.107 344.057 110 239 216346 0.945 1.601 27.712 1.100 345.055 109 237 214347 0.948 1.627 27.552 1.094 346.052 108 235 212348 0.951 1.653 27.390 1.087 347.049 107 232 210349 0.954 1.680 27.226 1.081 348.046 107 230 208350 0.956 1.709 27.059 1.074 349.044 106 228 206351 0.959 1.739 26.890 1.068 350.041 105 225 204352 0.962 1.771 26.718 1.061 351.038 104 223 202353 0.964 1.805 26.542 1.054 352.036 103 220 200354 0.967 1.841 26.362 1.047 353.033 102 218 198355 0.970 1.880 26.178 1.039 354.030 101 215 196356 0.973 1.922 25.988 1.032 355.027 100 212 194357 0.975 1.967 25.792 1.024 356.025 99 210 191358 0.978 2.017 25.589 1.016 357.022 98 207 189359 0.981 2.072 25.376 1.008 358.019 97 204 186360 0.984 2.135 25.152 0.999 359.016 96 201 184361 0.986 2.207 24.913 0.989 360.014 95 198 181362 0.989 2.293 24.653 0.979 361.011 93 194 178363 0.992 2.400 24.364 0.967 362.008 92 190 175364 0.995 2.545 24.026 0.954 363.005 90 186 171365 0.997 2.778 23.590 0.937 364.003 88 180 166

SOLOFRONEFiume SOLOFRONE

IDRAULICA

Κστ 35S= 0.0055g= 9.81


1.34 1.67


Dgr= 5.054n= 0.606A= 0.242m= 3.251C= 0.010



y = 0.0012x1.8449

R2 = 0.9984

y = 0.0003x1.6503

R2 = 0.97370.00

2.00

4.00

6.00

8.00

10.00

12.00

14.00

0 20 40 60 80 100 120 140 160


0

0.5

1

1.5

2

2.5

3

3.5

0 5 10 15 20 25


IDRAULICA


0.21 0.05 0.005 0.035 15.00 0.28 0.00 0.75 15.14 0.05 15.10 0.41 0.03 0.05 30.68 0.10 0.005 0.035 15.00 0.45 0.01 1.51 15.28 0.10 15.20 0.45 0.06 0.07 51.33 0.15 0.005 0.035 15.00 0.59 0.02 2.27 15.42 0.15 15.30 0.49 0.09 0.09 82.15 0.20 0.005 0.035 15.00 0.71 0.03 3.04 15.57 0.20 15.40 0.51 0.13 0.10 113.12 0.25 0.005 0.035 15.00 0.82 0.03 3.81 15.71 0.24 15.50 0.53 0.16 0.11 134.22 0.30 0.005 0.035 15.00 0.92 0.04 4.59 15.85 0.29 15.60 0.54 0.20 0.13 165.45 0.35 0.005 0.035 15.00 1.02 0.05 5.37 15.99 0.34 15.70 0.55 0.24 0.13 186.81 0.40 0.005 0.035 15.00 1.11 0.06 6.16 16.13 0.38 15.80 0.57 0.27 0.14 218.28 0.45 0.005 0.035 15.00 1.19 0.07 6.95 16.27 0.43 15.90 0.58 0.31 0.15 239.87 0.50 0.005 0.035 15.00 1.27 0.08 7.75 16.41 0.47 16.00 0.58 0.35 0.16 2511.56 0.55 0.005 0.035 15.00 1.35 0.09 8.55 16.56 0.52 16.10 0.59 0.39 0.17 2813.36 0.60 0.005 0.035 15.00 1.43 0.10 9.36 16.70 0.56 16.20 0.60 0.43 0.17 3015.26 0.65 0.005 0.035 15.00 1.50 0.11 10.17 16.84 0.60 16.30 0.61 0.47 0.18 3317.27 0.70 0.005 0.035 15.00 1.57 0.13 10.99 16.98 0.65 16.40 0.61 0.51 0.19 3519.36 0.75 0.005 0.035 15.00 1.64 0.14 11.81 17.12 0.69 16.50 0.62 0.55 0.19 3721.56 0.80 0.005 0.035 15.00 1.71 0.15 12.64 17.26 0.73 16.60 0.62 0.59 0.20 4023.85 0.85 0.005 0.035 15.00 1.77 0.16 13.47 17.40 0.77 16.70 0.63 0.63 0.20 4226.23 0.90 0.005 0.035 15.00 1.83 0.17 14.31 17.55 0.82 16.80 0.63 0.67 0.21 4428.70 0.95 0.005 0.035 15.00 1.89 0.18 15.15 17.69 0.86 16.90 0.64 0.71 0.21 4631.26 1.00 0.005 0.035 15.00 1.95 0.19 16.00 17.83 0.90 17.00 0.64 0.75 0.22 4833.90 1.05 0.005 0.035 15.00 2.01 0.21 16.85 17.97 0.94 17.10 0.65 0.79 0.22 5136.63 1.10 0.005 0.035 15.00 2.07 0.22 17.71 18.11 0.98 17.20 0.65 0.83 0.23 5339.45 1.15 0.005 0.035 15.00 2.12 0.23 18.57 18.25 1.02 17.30 0.65 0.87 0.23 5542.35 1.20 0.005 0.035 15.00 2.18 0.24 19.44 18.39 1.06 17.40 0.66 0.91 0.24 5745.33 1.25 0.005 0.035 15.00 2.23 0.25 20.31 18.54 1.10 17.50 0.66 0.96 0.24 5948.40 1.30 0.005 0.035 15.00 2.28 0.27 21.19 18.68 1.14 17.60 0.66 1.00 0.25 6151.54 1.35 0.005 0.035 15.00 2.34 0.28 22.07 18.82 1.17 17.70 0.67 1.04 0.25 6354.77 1.40 0.005 0.035 15.00 2.39 0.29 22.96 18.96 1.21 17.80 0.67 1.08 0.26 6558.07 1.45 0.005 0.035 15.00 2.44 0.30 23.85 19.10 1.25 17.90 0.67 1.12 0.26 6761.46 1.50 0.005 0.035 15.00 2.48 0.31 24.75 19.24 1.29 18.00 0.68 1.16 0.26 6964.92 1.55 0.005 0.035 15.00 2.53 0.33 25.65 19.38 1.32 18.10 0.68 1.21 0.27 7168.46 1.60 0.005 0.035 15.00 2.58 0.34 26.56 19.53 1.36 18.20 0.68 1.25 0.27 73

SOLOFRONEQ h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τo


72.08 1.65 0.005 0.035 15.00 2.62 0.35 27.47 19.67 1.40 18.30 0.68 1.29 0.27 7575.77 1.70 0.005 0.035 15.00 2.67 0.36 28.39 19.81 1.43 18.40 0.69 1.33 0.28 7779.54 1.75 0.005 0.035 15.00 2.71 0.38 29.31 19.95 1.47 18.50 0.69 1.38 0.28 7983.39 1.80 0.005 0.035 15.00 2.76 0.39 30.24 20.09 1.51 18.60 0.69 1.42 0.28 8187.31 1.85 0.005 0.035 15.00 2.80 0.40 31.17 20.23 1.54 18.70 0.69 1.46 0.29 8391.30 1.90 0.005 0.035 15.00 2.84 0.41 32.11 20.37 1.58 18.80 0.69 1.50 0.29 8595.37 1.95 0.005 0.035 15.00 2.89 0.42 33.05 20.52 1.61 18.90 0.70 1.55 0.29 8799.51 2.00 0.005 0.035 15.00 2.93 0.44 34.00 20.66 1.65 19.00 0.70 1.59 0.30 89

103.70 2.05 0.005 0.035 15.00 2.97 0.45 34.95 20.80 1.68 19.10 0.70 1.63 0.30 91108.00 2.10 0.005 0.035 15.00 3.01 0.46 35.91 20.94 1.72 19.20 0.70 1.68 0.30 93112.40 2.15 0.005 0.035 15.00 3.05 0.47 36.87 21.08 1.75 19.30 0.70 1.72 0.31 94116.80 2.20 0.005 0.035 15.00 3.09 0.49 37.84 21.22 1.78 19.40 0.71 1.76 0.31 96121.30 2.25 0.005 0.035 15.00 3.13 0.50 38.81 21.36 1.82 19.50 0.71 1.81 0.31 98125.90 2.30 0.005 0.035 15.00 3.16 0.51 39.79 21.51 1.85 19.60 0.71 1.85 0.32 100130.60 2.35 0.005 0.035 15.00 3.20 0.52 40.77 21.65 1.88 19.70 0.71 1.89 0.32 102135.30 2.40 0.005 0.035 15.00 3.24 0.54 41.76 21.79 1.92 19.80 0.71 1.94 0.32 103140.10 2.45 0.005 0.035 15.00 3.28 0.55 42.75 21.93 1.95 19.90 0.71 1.98 0.32 105144.90 2.50 0.005 0.035 15.00 3.31 0.56 43.75 22.07 1.98 20.00 0.72 2.02 0.33 107149.90 2.55 0.005 0.035 15.00 3.35 0.57 44.75 22.21 2.02 20.10 0.72 2.07 0.33 109

SOLOFRONEFiume SOLOFRONETRASPORTO SOLIDO

Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s0.21 0.05 0.24 15 6.38E-07 1.75E-06 2.38E-06 0.71 0.08 0.00018 3.94E-05 0.07 0.00 0.00 0.00E+000.68 0.10 0.27 10 3.16E-05 9.96E-05 1.31E-04 1.02 0.44 0.00072 4.87E-04 0.05 0.00 0.00 0.00E+001.33 0.15 0.28 8 1.32E-04 4.51E-04 5.83E-04 1.27 1.08 0.00144 1.92E-03 0.05 0.00 0.00 0.00E+002.15 0.20 0.29 7 3.19E-04 1.15E-03 1.47E-03 1.48 1.97 0.00230 4.94E-03 0.04 1.01 2.40 4.15E-043.12 0.25 0.30 6 6.01E-04 2.27E-03 2.87E-03 1.67 3.11 0.00325 1.01E-02 0.04 2.03 14.74 2.56E-034.22 0.30 0.31 6 9.82E-04 3.85E-03 4.83E-03 1.84 4.47 0.00429 1.81E-02 0.04 2.98 40.62 7.07E-035.45 0.35 0.31 5 1.47E-03 5.94E-03 7.41E-03 1.99 6.04 0.00539 2.94E-02 0.04 3.87 82.32 1.44E-026.81 0.40 0.31 5 2.06E-03 8.54E-03 1.06E-02 2.14 7.81 0.00654 4.45E-02 0.03 4.73 141.51 2.48E-028.28 0.45 0.32 5 2.75E-03 1.17E-02 1.45E-02 2.27 9.77 0.00773 6.40E-02 0.03 5.57 219.68 3.86E-029.87 0.50 0.32 4 3.55E-03 1.54E-02 1.90E-02 2.40 11.91 0.00897 8.85E-02 0.03 6.38 318.57 5.62E-02

11.56 0.55 0.33 4 4.47E-03 1.98E-02 2.42E-02 2.52 14.22 0.01025 1.18E-01 0.03 7.17 438.94 7.77E-0213.36 0.60 0.33 4 5.47E-03 2.46E-02 3.01E-02 2.64 16.68 0.01154 1.54E-01 0.03 7.95 581.37 1.03E-0115.26 0.65 0.33 4 6.59E-03 3.01E-02 3.67E-02 2.75 19.31 0.01287 1.96E-01 0.03 8.71 747.72 1.33E-0117.27 0.70 0.33 4 7.82E-03 3.63E-02 4.41E-02 2.85 22.09 0.01423 2.46E-01 0.03 9.46 938.59 1.68E-0119.36 0.75 0.34 4 9.14E-03 4.30E-02 5.22E-02 2.95 24.99 0.01560 3.02E-01 0.03 10.19 1154.08 2.07E-0121.56 0.80 0.34 3 1.06E-02 5.05E-02 6.11E-02 3.05 28.06 0.01701 3.67E-01 0.03 10.92 1396.32 2.51E-0123.85 0.85 0.34 3 1.21E-02 5.85E-02 7.06E-02 3.15 31.23 0.01841 4.39E-01 0.03 11.64 1663.56 3.00E-0126.23 0.90 0.34 3 1.38E-02 6.72E-02 8.09E-02 3.24 34.54 0.01985 5.21E-01 0.03 12.35 1958.18 3.54E-0128.70 0.95 0.34 3 1.55E-02 7.64E-02 9.19E-02 3.33 37.95 0.02129 6.11E-01 0.03 13.05 2279.71 4.14E-0131.26 1.00 0.34 3 1.73E-02 8.63E-02 1.04E-01 3.41 41.47 0.02273 7.11E-01 0.03 13.74 2626.38 4.78E-0133.90 1.05 0.35 3 1.93E-02 9.70E-02 1.16E-01 3.50 45.14 0.02421 8.21E-01 0.03 14.42 3006.09 5.49E-0136.63 1.10 0.35 3 2.13E-02 1.08E-01 1.29E-01 3.58 48.87 0.02567 9.40E-01 0.03 15.10 3407.63 6.24E-0139.45 1.15 0.35 3 2.34E-02 1.20E-01 1.43E-01 3.66 52.76 0.02716 1.07E+00 0.03 15.77 3848.07 7.07E-0142.35 1.20 0.35 3 2.56E-02 1.32E-01 1.58E-01 3.73 56.68 0.02865 1.21E+00 0.03 16.43 4304.40 7.94E-0145.33 1.25 0.35 3 2.79E-02 1.46E-01 1.74E-01 3.81 60.75 0.03016 1.37E+00 0.03 17.08 4798.50 8.87E-0148.40 1.30 0.35 3 3.03E-02 1.59E-01 1.90E-01 3.88 64.90 0.03166 1.53E+00 0.02 17.74 5320.53 9.87E-0151.54 1.35 0.35 3 3.28E-02 1.74E-01 2.07E-01 3.95 69.10 0.03317 1.71E+00 0.02 18.37 5864.10 1.09E+0054.77 1.40 0.36 3 3.54E-02 1.89E-01 2.24E-01 4.02 73.40 0.03469 1.90E+00 0.02 19.01 6438.90 1.20E+0058.07 1.45 0.36 3 3.81E-02 2.05E-01 2.43E-01 4.09 77.84 0.03622 2.10E+00 0.02 19.64 7053.85 1.32E+0061.46 1.50 0.36 3 4.08E-02 2.21E-01 2.62E-01 4.15 82.27 0.03774 2.32E+00 0.02 20.26 7679.43 1.44E+0064.92 1.55 0.36 2 4.37E-02 2.38E-01 2.82E-01 4.22 86.83 0.03929 2.55E+00 0.02 20.88 8345.06 1.57E+0068.46 1.60 0.36 2 4.67E-02 2.56E-01 3.02E-01 4.28 91.48 0.04082 2.79E+00 0.02 21.50 9041.98 1.71E+00


SOLOFRONEQ h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

72.08 1.65 0.36 2 4.97E-02 2.74E-01 3.24E-01 4.35 96.21 0.04236 3.05E+00 0.02 22.11 9773.67 1.85E+0075.77 1.70 0.36 2 5.28E-02 2.93E-01 3.46E-01 4.41 100.94 0.04389 3.33E+00 0.02 22.71 10517.44 2.00E+0079.54 1.75 0.36 2 5.60E-02 3.12E-01 3.68E-01 4.47 105.80 0.04544 3.61E+00 0.02 23.31 11302.77 2.15E+0083.39 1.80 0.36 2 5.92E-02 3.32E-01 3.92E-01 4.53 110.67 0.04697 3.92E+00 0.02 23.91 12109.59 2.32E+0087.31 1.85 0.36 2 6.27E-02 3.53E-01 4.16E-01 4.59 115.72 0.04852 4.24E+00 0.02 24.51 12968.07 2.49E+0091.30 1.90 0.36 2 6.61E-02 3.75E-01 4.41E-01 4.64 120.70 0.05006 4.57E+00 0.02 25.09 13824.72 2.66E+0095.37 1.95 0.37 2 6.96E-02 3.97E-01 4.66E-01 4.70 125.79 0.05161 4.92E+00 0.02 25.67 14723.56 2.84E+0099.51 2.00 0.37 2 7.32E-02 4.20E-01 4.93E-01 4.76 131.00 0.05318 5.29E+00 0.02 26.25 15661.34 3.03E+00103.70 2.05 0.37 2 7.69E-02 4.43E-01 5.20E-01 4.81 136.25 0.05473 5.68E+00 0.02 26.83 16632.56 3.23E+00108.00 2.10 0.37 2 8.07E-02 4.67E-01 5.47E-01 4.86 141.48 0.05628 6.08E+00 0.02 27.39 17605.51 3.43E+00112.40 2.15 0.37 2 8.46E-02 4.91E-01 5.76E-01 4.92 146.81 0.05783 6.50E+00 0.02 27.96 18621.53 3.63E+00116.80 2.20 0.37 2 8.85E-02 5.16E-01 6.05E-01 4.97 152.18 0.05938 6.94E+00 0.02 28.52 19663.92 3.85E+00121.30 2.25 0.37 2 9.25E-02 5.42E-01 6.35E-01 5.02 157.66 0.06093 7.39E+00 0.02 29.08 20750.55 4.07E+00125.90 2.30 0.37 2 9.66E-02 5.69E-01 6.65E-01 5.07 163.08 0.06249 7.87E+00 0.02 29.63 21832.85 4.30E+00130.60 2.35 0.37 2 1.01E-01 5.96E-01 6.97E-01 5.12 168.69 0.06404 8.36E+00 0.02 30.19 22989.95 4.54E+00135.30 2.40 0.37 2 1.05E-01 6.24E-01 7.29E-01 5.17 174.31 0.06561 8.88E+00 0.02 30.73 24155.28 4.78E+00140.10 2.45 0.37 2 1.09E-01 6.52E-01 7.62E-01 5.22 179.96 0.06716 9.41E+00 0.02 31.28 25350.53 5.03E+00144.90 2.50 0.37 2 1.14E-01 6.81E-01 7.95E-01 5.27 185.54 0.06871 9.96E+00 0.02 31.81 26534.60 5.28E+00149.90 2.55 0.37 2 1.18E-01 7.11E-01 8.29E-01 5.31 191.31 0.07025 1.05E+01 0.02 32.35 27797.21 5.55E+00

C.dur.-Solofrone

Fiume Solofrone



Q medsez. a b q 0

Solofrone - regionalizzata

0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Solofrone


VOLUME m3



Q d S_Alb

C.dur.-Solofrone




Q d S_Alb

54 0.148 -1.047 143.831 3.253 53.852 259 879 68055 0.150 -1.035 141.852 3.208 54.850 253 857 66456 0.153 -1.024 139.927 3.165 55.847 248 835 64857 0.156 -1.012 138.054 3.123 56.844 243 815 63358 0.158 -1.001 136.229 3.081 57.842 238 795 61859 0.161 -0.990 134.451 3.041 58.839 233 776 60460 0.164 -0.978 132.717 3.002 59.836 229 758 59061 0.167 -0.967 131.028 2.964 60.833 225 740 57762 0.169 -0.957 129.379 2.926 61.831 220 723 56563 0.172 -0.946 127.770 2.890 62.828 216 706 55264 0.175 -0.935 126.200 2.854 63.825 212 691 54165 0.178 -0.925 124.666 2.820 64.822 208 675 52966 0.180 -0.914 123.168 2.786 65.820 204 660 51867 0.183 -0.904 121.704 2.753 66.817 201 646 50768 0.186 -0.894 120.273 2.720 67.814 197 632 49769 0.189 -0.883 118.874 2.689 68.811 194 618 48770 0.191 -0.873 117.505 2.658 69.809 190 605 47771 0.194 -0.863 116.166 2.627 70.806 187 593 46772 0.197 -0.853 114.855 2.598 71.803 184 580 45873 0.199 -0.844 113.572 2.569 72.801 181 568 44974 0.202 -0.834 112.316 2.540 73.798 178 557 44175 0.205 -0.824 111.085 2.513 74.795 175 546 43276 0.208 -0.815 109.879 2.485 75.792 172 535 42477 0.210 -0.805 108.698 2.459 76.790 169 524 41678 0.213 -0.796 107.540 2.432 77.787 166 514 40879 0.216 -0.786 106.404 2.407 78.784 164 504 40180 0.219 -0.777 105.290 2.381 79.781 161 494 39381 0.221 -0.768 104.198 2.357 80.779 159 485 38682 0.224 -0.759 103.126 2.333 81.776 156 476 37983 0.227 -0.750 102.074 2.309 82.773 154 467 37384 0.230 -0.740 101.041 2.285 83.770 151 458 36685 0.232 -0.731 100.028 2.262 84.768 149 450 36086 0.235 -0.723 99.032 2.240 85.765 147 442 35387 0.238 -0.714 98.054 2.218 86.762 145 434 34788 0.240 -0.705 97.094 2.196 87.760 143 426 34189 0.243 -0.696 96.151 2.175 88.757 141 418 33590 0.246 -0.687 95.223 2.154 89.754 138 411 33091 0.249 -0.679 94.312 2.133 90.751 136 403 32492 0.251 -0.670 93.416 2.113 91.749 135 396 31993 0.254 -0.662 92.535 2.093 92.746 133 390 31494 0.257 -0.653 91.669 2.073 93.743 131 383 30995 0.260 -0.645 90.817 2.054 94.740 129 376 30496 0.262 -0.636 89.978 2.035 95.738 127 370 29997 0.265 -0.628 89.154 2.017 96.735 125 364 29498 0.268 -0.620 88.342 1.998 97.732 124 358 28999 0.270 -0.611 87.543 1.980 98.730 122 352 285

100 0.273 -0.603 86.757 1.962 99.727 120 346 280101 0.276 -0.595 85.983 1.945 100.724 119 340 276102 0.279 -0.587 85.221 1.928 101.721 117 335 271103 0.281 -0.579 84.471 1.911 102.719 115 329 267104 0.284 -0.571 83.732 1.894 103.716 114 324 263105 0.287 -0.563 83.004 1.877 104.713 112 319 259106 0.290 -0.555 82.287 1.861 105.710 111 314 255

C.dur.-Solofrone




Q d S_Alb

107 0.292 -0.547 81.580 1.845 106.708 110 309 251108 0.295 -0.539 80.884 1.829 107.705 108 304 248109 0.298 -0.531 80.198 1.814 108.702 107 299 244110 0.301 -0.523 79.521 1.799 109.699 105 295 240111 0.303 -0.515 78.854 1.784 110.697 104 290 237112 0.306 -0.507 78.197 1.769 111.694 103 286 233113 0.309 -0.499 77.549 1.754 112.691 101 281 230114 0.311 -0.492 76.910 1.740 113.689 100 277 227115 0.314 -0.484 76.280 1.725 114.686 99 273 224116 0.317 -0.476 75.658 1.711 115.683 98 269 220117 0.320 -0.469 75.044 1.697 116.680 97 265 217118 0.322 -0.461 74.439 1.684 117.678 95 261 214119 0.325 -0.453 73.842 1.670 118.675 94 257 211120 0.328 -0.446 73.253 1.657 119.672 93 253 208121 0.331 -0.438 72.672 1.644 120.669 92 249 205122 0.333 -0.431 72.098 1.631 121.667 91 246 202123 0.336 -0.423 71.532 1.618 122.664 90 242 200124 0.339 -0.416 70.973 1.605 123.661 89 239 197125 0.342 -0.408 70.421 1.593 124.658 88 235 194126 0.344 -0.401 69.876 1.580 125.656 87 232 192127 0.347 -0.393 69.338 1.568 126.653 86 229 189128 0.350 -0.386 68.807 1.556 127.650 85 226 187129 0.352 -0.379 68.282 1.544 128.648 84 222 184130 0.355 -0.371 67.763 1.533 129.645 83 219 182131 0.358 -0.364 67.251 1.521 130.642 82 216 179132 0.361 -0.357 66.745 1.510 131.639 81 213 177133 0.363 -0.349 66.246 1.498 132.637 80 210 175134 0.366 -0.342 65.752 1.487 133.634 79 207 172135 0.369 -0.335 65.264 1.476 134.631 78 205 170136 0.372 -0.328 64.782 1.465 135.628 77 202 168137 0.374 -0.320 64.305 1.454 136.626 76 199 166138 0.377 -0.313 63.834 1.444 137.623 76 196 164139 0.380 -0.306 63.369 1.433 138.620 75 194 161140 0.383 -0.299 62.909 1.423 139.617 74 191 159141 0.385 -0.292 62.454 1.413 140.615 73 189 157142 0.388 -0.285 62.004 1.402 141.612 72 186 155143 0.391 -0.277 61.559 1.392 142.609 72 184 153144 0.393 -0.270 61.120 1.382 143.607 71 181 152145 0.396 -0.263 60.685 1.373 144.604 70 179 150146 0.399 -0.256 60.255 1.363 145.601 69 177 148147 0.402 -0.249 59.829 1.353 146.598 69 174 146148 0.404 -0.242 59.409 1.344 147.596 68 172 144149 0.407 -0.235 58.993 1.334 148.593 67 170 142150 0.410 -0.228 58.581 1.325 149.590 66 168 141151 0.413 -0.221 58.174 1.316 150.587 66 165 139152 0.415 -0.214 57.771 1.307 151.585 65 163 137153 0.418 -0.207 57.372 1.298 152.582 64 161 136154 0.421 -0.200 56.978 1.289 153.579 64 159 134155 0.423 -0.193 56.587 1.280 154.577 63 157 132156 0.426 -0.186 56.201 1.271 155.574 62 155 131157 0.429 -0.179 55.819 1.263 156.571 62 153 129158 0.432 -0.172 55.440 1.254 157.568 61 151 128159 0.434 -0.165 55.066 1.246 158.566 60 150 126

C.dur.-Solofrone




Q d S_Alb

160 0.437 -0.158 54.695 1.237 159.563 60 148 125161 0.440 -0.151 54.328 1.229 160.560 59 146 123162 0.443 -0.144 53.965 1.221 161.557 59 144 122163 0.445 -0.137 53.605 1.212 162.555 58 142 120164 0.448 -0.130 53.249 1.204 163.552 57 141 119165 0.451 -0.124 52.896 1.196 164.549 57 139 118166 0.454 -0.117 52.547 1.189 165.546 56 137 116167 0.456 -0.110 52.201 1.181 166.544 56 135 115168 0.459 -0.103 51.859 1.173 167.541 55 134 114169 0.462 -0.096 51.520 1.165 168.538 55 132 112170 0.464 -0.089 51.184 1.158 169.536 54 131 111171 0.467 -0.082 50.851 1.150 170.533 54 129 110172 0.470 -0.075 50.522 1.143 171.530 53 128 108173 0.473 -0.069 50.195 1.135 172.527 53 126 107174 0.475 -0.062 49.872 1.128 173.525 52 125 106175 0.478 -0.055 49.552 1.121 174.522 52 123 105176 0.481 -0.048 49.234 1.114 175.519 51 122 104177 0.484 -0.041 48.920 1.106 176.516 51 120 103178 0.486 -0.034 48.608 1.099 177.514 50 119 101179 0.489 -0.027 48.299 1.092 178.511 50 117 100180 0.492 -0.021 47.993 1.086 179.508 49 116 99181 0.495 -0.014 47.690 1.079 180.505 49 115 98182 0.497 -0.007 47.390 1.072 181.503 48 113 97183 0.500 0.000 47.092 1.065 182.500 48 112 96184 0.503 0.007 46.797 1.058 183.497 47 111 95185 0.505 0.014 46.504 1.052 184.495 47 109 94186 0.508 0.021 46.214 1.045 185.492 46 108 93187 0.511 0.027 45.927 1.039 186.489 46 107 92188 0.514 0.034 45.642 1.032 187.486 45 106 91189 0.516 0.041 45.360 1.026 188.484 45 105 90190 0.519 0.048 45.080 1.020 189.481 45 103 89191 0.522 0.055 44.802 1.013 190.478 44 102 88192 0.525 0.062 44.527 1.007 191.475 44 101 87193 0.527 0.069 44.254 1.001 192.473 43 100 86194 0.530 0.075 43.983 0.995 193.470 43 99 85195 0.533 0.082 43.715 0.989 194.467 43 98 84196 0.536 0.089 43.449 0.983 195.464 42 97 83197 0.538 0.096 43.185 0.977 196.462 42 95 82198 0.541 0.103 42.923 0.971 197.459 41 94 82199 0.544 0.110 42.664 0.965 198.456 41 93 81200 0.546 0.117 42.406 0.959 199.454 41 92 80201 0.549 0.124 42.151 0.953 200.451 40 91 79202 0.552 0.130 41.898 0.948 201.448 40 90 78203 0.555 0.137 41.646 0.942 202.445 40 89 77204 0.557 0.144 41.397 0.936 203.443 39 88 77205 0.560 0.151 41.150 0.931 204.440 39 87 76206 0.563 0.158 40.905 0.925 205.437 39 86 75207 0.566 0.165 40.661 0.920 206.434 38 85 74208 0.568 0.172 40.420 0.914 207.432 38 85 73209 0.571 0.179 40.180 0.909 208.429 37 84 73210 0.574 0.186 39.943 0.903 209.426 37 83 72211 0.577 0.193 39.707 0.898 210.423 37 82 71212 0.579 0.200 39.473 0.893 211.421 36 81 70

C.dur.-Solofrone




Q d S_Alb

213 0.582 0.207 39.241 0.888 212.418 36 80 70214 0.585 0.214 39.010 0.882 213.415 36 79 69215 0.587 0.221 38.782 0.877 214.413 36 78 68216 0.590 0.228 38.555 0.872 215.410 35 77 68217 0.593 0.235 38.329 0.867 216.407 35 77 67218 0.596 0.242 38.106 0.862 217.404 35 76 66219 0.598 0.249 37.884 0.857 218.402 34 75 65220 0.601 0.256 37.664 0.852 219.399 34 74 65221 0.604 0.263 37.445 0.847 220.396 34 73 64222 0.607 0.270 37.228 0.842 221.393 33 73 64223 0.609 0.277 37.013 0.837 222.391 33 72 63224 0.612 0.285 36.799 0.832 223.388 33 71 62225 0.615 0.292 36.587 0.828 224.385 33 70 62226 0.617 0.299 36.376 0.823 225.383 32 70 61227 0.620 0.306 36.166 0.818 226.380 32 69 60228 0.623 0.313 35.959 0.813 227.377 32 68 60229 0.626 0.320 35.752 0.809 228.374 31 67 59230 0.628 0.328 35.548 0.804 229.372 31 67 59231 0.631 0.335 35.344 0.799 230.369 31 66 58232 0.634 0.342 35.142 0.795 231.366 31 65 57233 0.637 0.349 34.942 0.790 232.363 30 65 57234 0.639 0.357 34.742 0.786 233.361 30 64 56235 0.642 0.364 34.545 0.781 234.358 30 63 56236 0.645 0.371 34.348 0.777 235.355 30 63 55237 0.648 0.379 34.153 0.772 236.352 29 62 55238 0.650 0.386 33.959 0.768 237.350 29 61 54239 0.653 0.393 33.767 0.764 238.347 29 61 54240 0.656 0.401 33.575 0.759 239.344 29 60 53241 0.658 0.408 33.385 0.755 240.342 28 59 52242 0.661 0.416 33.197 0.751 241.339 28 59 52243 0.664 0.423 33.009 0.747 242.336 28 58 51244 0.667 0.431 32.823 0.742 243.333 28 58 51245 0.669 0.438 32.638 0.738 244.331 27 57 50246 0.672 0.446 32.454 0.734 245.328 27 56 50247 0.675 0.453 32.272 0.730 246.325 27 56 49248 0.678 0.461 32.090 0.726 247.322 27 55 49249 0.680 0.469 31.910 0.722 248.320 26 55 48250 0.683 0.476 31.731 0.718 249.317 26 54 48251 0.686 0.484 31.553 0.714 250.314 26 54 48252 0.689 0.492 31.376 0.710 251.311 26 53 47253 0.691 0.499 31.200 0.706 252.309 26 52 47254 0.694 0.507 31.026 0.702 253.306 25 52 46255 0.697 0.515 30.852 0.698 254.303 25 51 46256 0.699 0.523 30.679 0.694 255.301 25 51 45257 0.702 0.531 30.508 0.690 256.298 25 50 45258 0.705 0.539 30.338 0.686 257.295 25 50 44259 0.708 0.547 30.168 0.682 258.292 24 49 44260 0.710 0.555 30.000 0.679 259.290 24 49 43261 0.713 0.563 29.832 0.675 260.287 24 48 43262 0.716 0.571 29.666 0.671 261.284 24 48 43263 0.719 0.579 29.500 0.667 262.281 23 47 42264 0.721 0.587 29.336 0.664 263.279 23 47 42265 0.724 0.595 29.173 0.660 264.276 23 46 41

C.dur.-Solofrone




Q d S_Alb

266 0.727 0.603 29.010 0.656 265.273 23 46 41267 0.730 0.611 28.848 0.653 266.270 23 45 41268 0.732 0.620 28.688 0.649 267.268 23 45 40269 0.735 0.628 28.528 0.645 268.265 22 44 40270 0.738 0.636 28.369 0.642 269.262 22 44 39271 0.740 0.645 28.211 0.638 270.260 22 44 39272 0.743 0.653 28.054 0.635 271.257 22 43 39273 0.746 0.662 27.897 0.631 272.254 22 43 38274 0.749 0.670 27.742 0.627 273.251 21 42 38275 0.751 0.679 27.587 0.624 274.249 21 42 38276 0.754 0.687 27.434 0.621 275.246 21 41 37277 0.757 0.696 27.281 0.617 276.243 21 41 37278 0.760 0.705 27.129 0.614 277.240 21 40 36279 0.762 0.714 26.977 0.610 278.238 21 40 36280 0.765 0.723 26.827 0.607 279.235 20 40 36281 0.768 0.731 26.677 0.603 280.232 20 39 35282 0.770 0.740 26.528 0.600 281.230 20 39 35283 0.773 0.750 26.380 0.597 282.227 20 38 35284 0.776 0.759 26.232 0.593 283.224 20 38 34285 0.779 0.768 26.085 0.590 284.221 19 38 34286 0.781 0.777 25.939 0.587 285.219 19 37 34287 0.784 0.786 25.794 0.583 286.216 19 37 33288 0.787 0.796 25.649 0.580 287.213 19 37 33289 0.790 0.805 25.505 0.577 288.210 19 36 33290 0.792 0.815 25.362 0.574 289.208 19 36 32291 0.795 0.824 25.219 0.570 290.205 19 35 32292 0.798 0.834 25.077 0.567 291.202 18 35 32293 0.801 0.844 24.936 0.564 292.199 18 35 31294 0.803 0.853 24.795 0.561 293.197 18 34 31295 0.806 0.863 24.655 0.558 294.194 18 34 31296 0.809 0.873 24.516 0.555 295.191 18 34 31297 0.811 0.883 24.377 0.551 296.189 18 33 30298 0.814 0.894 24.239 0.548 297.186 17 33 30299 0.817 0.904 24.101 0.545 298.183 17 33 30300 0.820 0.914 23.964 0.542 299.180 17 32 29301 0.822 0.925 23.827 0.539 300.178 17 32 29302 0.825 0.935 23.691 0.536 301.175 17 32 29303 0.828 0.946 23.556 0.533 302.172 17 31 28304 0.831 0.957 23.421 0.530 303.169 17 31 28305 0.833 0.967 23.286 0.527 304.167 16 31 28306 0.836 0.978 23.152 0.524 305.164 16 30 28307 0.839 0.990 23.019 0.521 306.161 16 30 27308 0.842 1.001 22.886 0.518 307.158 16 30 27309 0.844 1.012 22.753 0.515 308.156 16 29 27310 0.847 1.024 22.621 0.512 309.153 16 29 27311 0.850 1.035 22.489 0.509 310.150 16 29 26312 0.852 1.047 22.358 0.506 311.148 15 28 26313 0.855 1.059 22.227 0.503 312.145 15 28 26314 0.858 1.071 22.096 0.500 313.142 15 28 25315 0.861 1.083 21.966 0.497 314.139 15 27 25316 0.863 1.096 21.836 0.494 315.137 15 27 25317 0.866 1.108 21.707 0.491 316.134 15 27 25318 0.869 1.121 21.577 0.488 317.131 15 27 24

C.dur.-Solofrone




Q d S_Alb

319 0.872 1.134 21.449 0.485 318.128 14 26 24320 0.874 1.147 21.320 0.482 319.126 14 26 24321 0.877 1.160 21.192 0.479 320.123 14 26 24322 0.880 1.174 21.064 0.476 321.120 14 25 23323 0.883 1.188 20.936 0.474 322.117 14 25 23324 0.885 1.202 20.808 0.471 323.115 14 25 23325 0.888 1.216 20.681 0.468 324.112 14 25 23326 0.891 1.230 20.553 0.465 325.109 14 24 22327 0.893 1.245 20.426 0.462 326.107 13 24 22328 0.896 1.260 20.299 0.459 327.104 13 24 22329 0.899 1.275 20.172 0.456 328.101 13 23 22330 0.902 1.291 20.045 0.453 329.098 13 23 21331 0.904 1.307 19.918 0.451 330.096 13 23 21332 0.907 1.323 19.791 0.448 331.093 13 23 21333 0.910 1.340 19.664 0.445 332.090 13 22 21334 0.913 1.357 19.537 0.442 333.087 13 22 20335 0.915 1.374 19.410 0.439 334.085 12 22 20336 0.918 1.392 19.283 0.436 335.082 12 22 20337 0.921 1.410 19.155 0.433 336.079 12 21 20338 0.923 1.429 19.027 0.430 337.077 12 21 20339 0.926 1.448 18.899 0.427 338.074 12 21 19340 0.929 1.468 18.771 0.425 339.071 12 21 19341 0.932 1.489 18.642 0.422 340.068 12 20 19342 0.934 1.510 18.513 0.419 341.066 12 20 19343 0.937 1.531 18.383 0.416 342.063 11 20 18344 0.940 1.554 18.252 0.413 343.060 11 19 18345 0.943 1.577 18.121 0.410 344.057 11 19 18346 0.945 1.601 17.988 0.407 345.055 11 19 18347 0.948 1.627 17.855 0.404 346.052 11 19 18348 0.951 1.653 17.721 0.401 347.049 11 18 17349 0.954 1.680 17.585 0.398 348.046 11 18 17350 0.956 1.709 17.448 0.395 349.044 11 18 17351 0.959 1.739 17.309 0.392 350.041 10 18 17352 0.962 1.771 17.169 0.388 351.038 10 17 16353 0.964 1.805 17.026 0.385 352.036 10 17 16354 0.967 1.841 16.881 0.382 353.033 10 17 16355 0.970 1.880 16.732 0.378 354.030 10 17 16356 0.973 1.922 16.580 0.375 355.027 10 16 15357 0.975 1.967 16.425 0.371 356.025 10 16 15358 0.978 2.017 16.264 0.368 357.022 10 16 15359 0.981 2.072 16.097 0.364 358.019 9 15 15360 0.984 2.135 15.922 0.360 359.016 9 15 14361 0.986 2.207 15.737 0.356 360.014 9 15 14362 0.989 2.293 15.538 0.351 361.011 9 14 14363 0.992 2.400 15.320 0.347 362.008 9 14 13364 0.995 2.545 15.069 0.341 363.005 8 14 13365 0.997 2.778 14.752 0.334 364.003 8 13 13

TESTENEFiume TESTENE

IDRAULICA

Κστ 35S= 0.0011g= 9.81


1.34 1.67


Dgr= 5.054n= 0.606A= 0.242m= 3.251C= 0.010



y = 9E-05x1.8174

R2 = 0.9994

y = 5E-05x1.6044

R2 = 0.9956

y = 4E-06x2.4418

R2 = 0.9313

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0 10 20 30 40 50 60 70 80 90


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16 18 20


IDRAULICA


3.86 0.50 0.001 0.035 13.00 0.57 0.02 6.75 14.41 0.47 14.00 0.26 0.21 0.07 54.52 0.55 0.001 0.035 13.00 0.61 0.02 7.45 14.56 0.51 14.10 0.27 0.23 0.07 65.22 0.60 0.001 0.035 13.00 0.64 0.02 8.16 14.70 0.56 14.20 0.27 0.25 0.08 65.97 0.65 0.001 0.035 13.00 0.67 0.02 8.87 14.84 0.60 14.30 0.27 0.28 0.08 66.75 0.70 0.001 0.035 13.00 0.70 0.03 9.59 14.98 0.64 14.40 0.28 0.30 0.08 77.57 0.75 0.001 0.035 13.00 0.73 0.03 10.31 15.12 0.68 14.50 0.28 0.32 0.09 78.43 0.80 0.001 0.035 13.00 0.76 0.03 11.04 15.26 0.72 14.60 0.28 0.35 0.09 89.33 0.85 0.001 0.035 13.00 0.79 0.03 11.77 15.40 0.76 14.70 0.28 0.37 0.09 810.26 0.90 0.001 0.035 13.00 0.82 0.03 12.51 15.55 0.80 14.80 0.28 0.39 0.09 911.22 0.95 0.001 0.035 13.00 0.85 0.04 13.25 15.69 0.84 14.90 0.29 0.42 0.10 912.22 1.00 0.001 0.035 13.00 0.87 0.04 14.00 15.83 0.88 15.00 0.29 0.44 0.10 1013.26 1.05 0.001 0.035 13.00 0.90 0.04 14.75 15.97 0.92 15.10 0.29 0.47 0.10 1014.33 1.10 0.001 0.035 13.00 0.92 0.04 15.51 16.11 0.96 15.20 0.29 0.49 0.10 1015.43 1.15 0.001 0.035 13.00 0.95 0.05 16.27 16.25 1.00 15.30 0.29 0.52 0.10 1116.57 1.20 0.001 0.035 13.00 0.97 0.05 17.04 16.39 1.04 15.40 0.30 0.54 0.11 1117.74 1.25 0.001 0.035 13.00 1.00 0.05 17.81 16.54 1.08 15.50 0.30 0.57 0.11 1218.94 1.30 0.001 0.035 13.00 1.02 0.05 18.59 16.68 1.12 15.60 0.30 0.59 0.11 1220.17 1.35 0.001 0.035 13.00 1.04 0.06 19.37 16.82 1.15 15.70 0.30 0.62 0.11 1221.44 1.40 0.001 0.035 13.00 1.06 0.06 20.16 16.96 1.19 15.80 0.30 0.64 0.11 1322.73 1.45 0.001 0.035 13.00 1.09 0.06 20.95 17.10 1.23 15.90 0.30 0.67 0.11 1324.06 1.50 0.001 0.035 13.00 1.11 0.06 21.75 17.24 1.26 16.00 0.30 0.69 0.12 1425.42 1.55 0.001 0.035 13.00 1.13 0.06 22.55 17.38 1.30 16.10 0.30 0.72 0.12 1426.81 1.60 0.001 0.035 13.00 1.15 0.07 23.36 17.53 1.33 16.20 0.31 0.74 0.12 1428.23 1.65 0.001 0.035 13.00 1.17 0.07 24.17 17.67 1.37 16.30 0.31 0.77 0.12 1529.68 1.70 0.001 0.035 13.00 1.19 0.07 24.99 17.81 1.40 16.40 0.31 0.79 0.12 1531.16 1.75 0.001 0.035 13.00 1.21 0.07 25.81 17.95 1.44 16.50 0.31 0.82 0.12 1632.67 1.80 0.001 0.035 13.00 1.23 0.08 26.64 18.09 1.47 16.60 0.31 0.84 0.13 1634.22 1.85 0.001 0.035 13.00 1.25 0.08 27.47 18.23 1.51 16.70 0.31 0.87 0.13 1635.79 1.90 0.001 0.035 13.00 1.26 0.08 28.31 18.37 1.54 16.80 0.31 0.90 0.13 1737.39 1.95 0.001 0.035 13.00 1.28 0.08 29.15 18.52 1.57 16.90 0.31 0.92 0.13 1739.02 2.00 0.001 0.035 13.00 1.30 0.09 30.00 18.66 1.61 17.00 0.31 0.95 0.13 1740.68 2.05 0.001 0.035 13.00 1.32 0.09 30.85 18.80 1.64 17.10 0.31 0.97 0.13 18

TESTENEQ h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τo


42.37 2.10 0.001 0.035 13.00 1.34 0.09 31.71 18.94 1.67 17.20 0.31 1.00 0.13 1844.09 2.15 0.001 0.035 13.00 1.35 0.09 32.57 19.08 1.71 17.30 0.32 1.03 0.14 1845.84 2.20 0.001 0.035 13.00 1.37 0.10 33.44 19.22 1.74 17.40 0.32 1.05 0.14 1947.61 2.25 0.001 0.035 13.00 1.39 0.10 34.31 19.36 1.77 17.50 0.32 1.08 0.14 1949.42 2.30 0.001 0.035 13.00 1.40 0.10 35.19 19.51 1.80 17.60 0.32 1.11 0.14 1951.25 2.35 0.001 0.035 13.00 1.42 0.10 36.07 19.65 1.84 17.70 0.32 1.13 0.14 2053.12 2.40 0.001 0.035 13.00 1.44 0.11 36.96 19.79 1.87 17.80 0.32 1.16 0.14 2055.01 2.45 0.001 0.035 13.00 1.45 0.11 37.85 19.93 1.90 17.90 0.32 1.18 0.14 2056.93 2.50 0.001 0.035 13.00 1.47 0.11 38.75 20.07 1.93 18.00 0.32 1.21 0.14 2158.88 2.55 0.001 0.035 13.00 1.49 0.11 39.65 20.21 1.96 18.10 0.32 1.24 0.15 2160.86 2.60 0.001 0.035 13.00 1.50 0.11 40.56 20.35 1.99 18.20 0.32 1.26 0.15 2262.87 2.65 0.001 0.035 13.00 1.52 0.12 41.47 20.50 2.02 18.30 0.32 1.29 0.15 2264.91 2.70 0.001 0.035 13.00 1.53 0.12 42.39 20.64 2.05 18.40 0.32 1.32 0.15 2266.97 2.75 0.001 0.035 13.00 1.55 0.12 43.31 20.78 2.09 18.50 0.32 1.34 0.15 2269.07 2.80 0.001 0.035 13.00 1.56 0.12 44.24 20.92 2.12 18.60 0.32 1.37 0.15 2371.19 2.85 0.001 0.035 13.00 1.58 0.13 45.17 21.06 2.15 18.70 0.32 1.40 0.15 2373.34 2.90 0.001 0.035 13.00 1.59 0.13 46.11 21.20 2.18 18.80 0.32 1.43 0.15 2375.52 2.95 0.001 0.035 13.00 1.61 0.13 47.05 21.34 2.20 18.90 0.32 1.45 0.15 2477.73 3.00 0.001 0.035 13.00 1.62 0.13 48.00 21.49 2.23 19.00 0.33 1.48 0.16 24

TESTENEFiume TESTENETRASPORTO SOLIDO



TESTENEQ h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

42.37 2.10 0.37 2 2.86E-03 1.65E-02 1.94E-02 2.15 8.03 0.00201 8.50E-02 0.02 4.82 228.45 3.93E-0244.09 2.15 0.37 2 3.01E-03 1.75E-02 2.05E-02 2.18 8.35 0.00207 9.12E-02 0.02 4.93 243.76 4.20E-0245.84 2.20 0.37 2 3.17E-03 1.85E-02 2.17E-02 2.20 8.67 0.00213 9.75E-02 0.02 5.05 259.34 4.49E-0247.61 2.25 0.37 2 3.33E-03 1.95E-02 2.29E-02 2.22 9.00 0.00219 1.04E-01 0.02 5.16 275.17 4.77E-0249.42 2.30 0.37 2 3.49E-03 2.06E-02 2.41E-02 2.24 9.32 0.00225 1.11E-01 0.02 5.27 291.18 5.07E-0251.25 2.35 0.37 2 3.67E-03 2.17E-02 2.54E-02 2.27 9.66 0.00231 1.18E-01 0.02 5.38 308.30 5.38E-0253.12 2.40 0.37 2 3.84E-03 2.28E-02 2.66E-02 2.29 9.99 0.00237 1.26E-01 0.02 5.49 325.60 5.71E-0255.01 2.45 0.37 2 4.01E-03 2.39E-02 2.79E-02 2.31 10.33 0.00243 1.33E-01 0.02 5.60 343.07 6.03E-0256.93 2.50 0.37 2 4.19E-03 2.51E-02 2.93E-02 2.33 10.67 0.00249 1.42E-01 0.02 5.71 361.68 6.38E-0258.88 2.55 0.37 2 4.38E-03 2.63E-02 3.07E-02 2.35 11.02 0.00255 1.50E-01 0.02 5.82 380.45 6.73E-0260.86 2.60 0.37 2 4.57E-03 2.76E-02 3.22E-02 2.37 11.37 0.00261 1.59E-01 0.02 5.92 399.85 7.10E-0262.87 2.65 0.37 2 4.76E-03 2.88E-02 3.36E-02 2.39 11.72 0.00267 1.68E-01 0.02 6.03 419.41 7.47E-0264.91 2.70 0.37 2 4.95E-03 3.01E-02 3.51E-02 2.41 12.07 0.00273 1.77E-01 0.02 6.13 438.97 7.84E-0266.97 2.75 0.37 2 5.15E-03 3.14E-02 3.66E-02 2.43 12.43 0.00279 1.87E-01 0.02 6.24 459.83 8.24E-0269.07 2.80 0.38 2 5.35E-03 3.28E-02 3.81E-02 2.45 12.79 0.00285 1.97E-01 0.02 6.34 480.67 8.64E-0271.19 2.85 0.38 2 5.56E-03 3.42E-02 3.97E-02 2.47 13.15 0.00291 2.07E-01 0.02 6.44 502.22 9.06E-0273.34 2.90 0.38 2 5.77E-03 3.56E-02 4.14E-02 2.49 13.52 0.00297 2.18E-01 0.02 6.55 524.38 9.49E-0275.52 2.95 0.38 2 5.98E-03 3.70E-02 4.30E-02 2.51 13.88 0.00303 2.29E-01 0.02 6.65 545.90 9.91E-0277.73 3.00 0.38 2 6.19E-03 3.85E-02 4.47E-02 2.52 14.25 0.00309 2.40E-01 0.02 6.75 568.69 1.04E-01

C.dur.-Testene

Fiume Testene



Q medsez. a b q 0

Testene - regionalizzata

0.01

0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Testene


Q d S_AlbVOLUME m3



C.dur.-Testene


VOLUME m3



54 0.148 -1.047 150.908 2.074 53.852 13 30 1055 0.150 -1.035 148.323 2.039 54.850 13 29 1056 0.153 -1.024 145.815 2.004 55.847 12 28 1057 0.156 -1.012 143.379 1.971 56.844 12 28 958 0.158 -1.001 141.014 1.938 57.842 12 27 959 0.161 -0.990 138.715 1.907 58.839 11 26 960 0.164 -0.978 136.481 1.876 59.836 11 25 961 0.167 -0.967 134.307 1.846 60.833 11 24 862 0.169 -0.957 132.193 1.817 61.831 11 24 863 0.172 -0.946 130.134 1.789 62.828 10 23 864 0.175 -0.935 128.130 1.761 63.825 10 22 865 0.178 -0.925 126.177 1.735 64.822 10 22 766 0.180 -0.914 124.275 1.708 65.820 10 21 767 0.183 -0.904 122.420 1.683 66.817 9 21 768 0.186 -0.894 120.611 1.658 67.814 9 20 769 0.189 -0.883 118.846 1.634 68.811 9 20 770 0.191 -0.873 117.125 1.610 69.809 9 19 671 0.194 -0.863 115.444 1.587 70.806 8 19 672 0.197 -0.853 113.803 1.564 71.803 8 18 673 0.199 -0.844 112.200 1.542 72.801 8 18 674 0.202 -0.834 110.634 1.521 73.798 8 17 675 0.205 -0.824 109.103 1.500 74.795 8 17 676 0.208 -0.815 107.607 1.479 75.792 8 16 577 0.210 -0.805 106.144 1.459 76.790 7 16 578 0.213 -0.796 104.713 1.439 77.787 7 16 579 0.216 -0.786 103.313 1.420 78.784 7 15 580 0.219 -0.777 101.944 1.401 79.781 7 15 581 0.221 -0.768 100.603 1.383 80.779 7 14 582 0.224 -0.759 99.290 1.365 81.776 7 14 583 0.227 -0.750 98.005 1.347 82.773 7 14 584 0.230 -0.740 96.745 1.330 83.770 6 13 485 0.232 -0.731 95.512 1.313 84.768 6 13 486 0.235 -0.723 94.303 1.296 85.765 6 13 487 0.238 -0.714 93.118 1.280 86.762 6 13 488 0.240 -0.705 91.957 1.264 87.760 6 12 489 0.243 -0.696 90.818 1.248 88.757 6 12 490 0.246 -0.687 89.701 1.233 89.754 6 12 491 0.249 -0.679 88.606 1.218 90.751 6 11 492 0.251 -0.670 87.531 1.203 91.749 5 11 493 0.254 -0.662 86.476 1.189 92.746 5 11 494 0.257 -0.653 85.441 1.175 93.743 5 11 395 0.260 -0.645 84.425 1.161 94.740 5 11 396 0.262 -0.636 83.428 1.147 95.738 5 10 397 0.265 -0.628 82.448 1.133 96.735 5 10 398 0.268 -0.620 81.486 1.120 97.732 5 10 399 0.270 -0.611 80.541 1.107 98.730 5 10 3

100 0.273 -0.603 79.613 1.094 99.727 5 9 3101 0.276 -0.595 78.701 1.082 100.724 5 9 3102 0.279 -0.587 77.804 1.070 101.721 4 9 3103 0.281 -0.579 76.923 1.057 102.719 4 9 3104 0.284 -0.571 76.057 1.046 103.716 4 9 3105 0.287 -0.563 75.205 1.034 104.713 4 9 3106 0.290 -0.555 74.368 1.022 105.710 4 8 3

C.dur.-Testene


VOLUME m3



107 0.292 -0.547 73.545 1.011 106.708 4 8 3108 0.295 -0.539 72.735 1.000 107.705 4 8 3109 0.298 -0.531 71.938 0.989 108.702 4 8 3110 0.301 -0.523 71.154 0.978 109.699 4 8 2111 0.303 -0.515 70.383 0.968 110.697 4 8 2112 0.306 -0.507 69.624 0.957 111.694 4 7 2113 0.309 -0.499 68.877 0.947 112.691 4 7 2114 0.311 -0.492 68.141 0.937 113.689 4 7 2115 0.314 -0.484 67.417 0.927 114.686 4 7 2116 0.317 -0.476 66.705 0.917 115.683 4 7 2117 0.320 -0.469 66.003 0.907 116.680 3 7 2118 0.322 -0.461 65.312 0.898 117.678 3 7 2119 0.325 -0.453 64.631 0.888 118.675 3 6 2120 0.328 -0.446 63.960 0.879 119.672 3 6 2121 0.331 -0.438 63.300 0.870 120.669 3 6 2122 0.333 -0.431 62.649 0.861 121.667 3 6 2123 0.336 -0.423 62.008 0.852 122.664 3 6 2124 0.339 -0.416 61.376 0.844 123.661 3 6 2125 0.342 -0.408 60.753 0.835 124.658 3 6 2126 0.344 -0.401 60.139 0.827 125.656 3 6 2127 0.347 -0.393 59.534 0.818 126.653 3 6 2128 0.350 -0.386 58.938 0.810 127.650 3 5 2129 0.352 -0.379 58.350 0.802 128.648 3 5 2130 0.355 -0.371 57.770 0.794 129.645 3 5 2131 0.358 -0.364 57.198 0.786 130.642 3 5 2132 0.361 -0.357 56.634 0.779 131.639 3 5 2133 0.363 -0.349 56.078 0.771 132.637 3 5 2134 0.366 -0.342 55.530 0.763 133.634 3 5 2135 0.369 -0.335 54.988 0.756 134.631 3 5 2136 0.372 -0.328 54.455 0.749 135.628 3 5 1137 0.374 -0.320 53.928 0.741 136.626 2 5 1138 0.377 -0.313 53.408 0.734 137.623 2 5 1139 0.380 -0.306 52.895 0.727 138.620 2 5 1140 0.383 -0.299 52.389 0.720 139.617 2 4 1141 0.385 -0.292 51.890 0.713 140.615 2 4 1142 0.388 -0.285 51.397 0.707 141.612 2 4 1143 0.391 -0.277 50.910 0.700 142.609 2 4 1144 0.393 -0.270 50.430 0.693 143.607 2 4 1145 0.396 -0.263 49.955 0.687 144.604 2 4 1146 0.399 -0.256 49.487 0.680 145.601 2 4 1147 0.402 -0.249 49.025 0.674 146.598 2 4 1148 0.404 -0.242 48.568 0.668 147.596 2 4 1149 0.407 -0.235 48.117 0.661 148.593 2 4 1150 0.410 -0.228 47.672 0.655 149.590 2 4 1151 0.413 -0.221 47.232 0.649 150.587 2 4 1152 0.415 -0.214 46.798 0.643 151.585 2 4 1153 0.418 -0.207 46.368 0.637 152.582 2 4 1154 0.421 -0.200 45.944 0.632 153.579 2 3 1155 0.423 -0.193 45.526 0.626 154.577 2 3 1156 0.426 -0.186 45.112 0.620 155.574 2 3 1157 0.429 -0.179 44.703 0.615 156.571 2 3 1158 0.432 -0.172 44.299 0.609 157.568 2 3 1159 0.434 -0.165 43.900 0.603 158.566 2 3 1

C.dur.-Testene


VOLUME m3



160 0.437 -0.158 43.505 0.598 159.563 2 3 1161 0.440 -0.151 43.115 0.593 160.560 2 3 1162 0.443 -0.144 42.730 0.587 161.557 2 3 1163 0.445 -0.137 42.349 0.582 162.555 2 3 1164 0.448 -0.130 41.972 0.577 163.552 2 3 1165 0.451 -0.124 41.600 0.572 164.549 2 3 1166 0.454 -0.117 41.232 0.567 165.546 2 3 1167 0.456 -0.110 40.868 0.562 166.544 2 3 1168 0.459 -0.103 40.508 0.557 167.541 2 3 1169 0.462 -0.096 40.152 0.552 168.538 2 3 1170 0.464 -0.089 39.801 0.547 169.536 2 3 1171 0.467 -0.082 39.453 0.542 170.533 2 3 1172 0.470 -0.075 39.109 0.538 171.530 1 3 1173 0.473 -0.069 38.769 0.533 172.527 1 3 1174 0.475 -0.062 38.432 0.528 173.525 1 3 1175 0.478 -0.055 38.099 0.524 174.522 1 2 1176 0.481 -0.048 37.770 0.519 175.519 1 2 1177 0.484 -0.041 37.444 0.515 176.516 1 2 1178 0.486 -0.034 37.122 0.510 177.514 1 2 1179 0.489 -0.027 36.804 0.506 178.511 1 2 1180 0.492 -0.021 36.488 0.502 179.508 1 2 1181 0.495 -0.014 36.176 0.497 180.505 1 2 1182 0.497 -0.007 35.868 0.493 181.503 1 2 1183 0.500 0.000 35.562 0.489 182.500 1 2 1184 0.503 0.007 35.260 0.485 183.497 1 2 1185 0.505 0.014 34.961 0.481 184.495 1 2 1186 0.508 0.021 34.665 0.477 185.492 1 2 1187 0.511 0.027 34.372 0.472 186.489 1 2 1188 0.514 0.034 34.082 0.469 187.486 1 2 1189 0.516 0.041 33.795 0.465 188.484 1 2 1190 0.519 0.048 33.511 0.461 189.481 1 2 1191 0.522 0.055 33.230 0.457 190.478 1 2 1192 0.525 0.062 32.952 0.453 191.475 1 2 1193 0.527 0.069 32.676 0.449 192.473 1 2 1194 0.530 0.075 32.403 0.445 193.470 1 2 1195 0.533 0.082 32.133 0.442 194.467 1 2 1196 0.536 0.089 31.866 0.438 195.464 1 2 1197 0.538 0.096 31.601 0.434 196.462 1 2 1198 0.541 0.103 31.339 0.431 197.459 1 2 1199 0.544 0.110 31.080 0.427 198.456 1 2 1200 0.546 0.117 30.823 0.424 199.454 1 2 1201 0.549 0.124 30.568 0.420 200.451 1 2 0202 0.552 0.130 30.316 0.417 201.448 1 2 0203 0.555 0.137 30.067 0.413 202.445 1 2 0204 0.557 0.144 29.820 0.410 203.443 1 2 0205 0.560 0.151 29.575 0.407 204.440 1 2 0206 0.563 0.158 29.332 0.403 205.437 1 2 0207 0.566 0.165 29.092 0.400 206.434 1 2 0208 0.568 0.172 28.854 0.397 207.432 1 1 0209 0.571 0.179 28.619 0.393 208.429 1 1 0210 0.574 0.186 28.385 0.390 209.426 1 1 0211 0.577 0.193 28.154 0.387 210.423 1 1 0212 0.579 0.200 27.925 0.384 211.421 1 1 0

C.dur.-Testene


VOLUME m3



213 0.582 0.207 27.698 0.381 212.418 1 1 0214 0.585 0.214 27.473 0.378 213.415 1 1 0215 0.587 0.221 27.250 0.375 214.413 1 1 0216 0.590 0.228 27.030 0.372 215.410 1 1 0217 0.593 0.235 26.811 0.369 216.407 1 1 0218 0.596 0.242 26.594 0.366 217.404 1 1 0219 0.598 0.249 26.380 0.363 218.402 1 1 0220 0.601 0.256 26.167 0.360 219.399 1 1 0221 0.604 0.263 25.956 0.357 220.396 1 1 0222 0.607 0.270 25.747 0.354 221.393 1 1 0223 0.609 0.277 25.540 0.351 222.391 1 1 0224 0.612 0.285 25.334 0.348 223.388 1 1 0225 0.615 0.292 25.131 0.345 224.385 1 1 0226 0.617 0.299 24.929 0.343 225.383 1 1 0227 0.620 0.306 24.729 0.340 226.380 1 1 0228 0.623 0.313 24.531 0.337 227.377 1 1 0229 0.626 0.320 24.335 0.335 228.374 1 1 0230 0.628 0.328 24.140 0.332 229.372 1 1 0231 0.631 0.335 23.947 0.329 230.369 1 1 0232 0.634 0.342 23.756 0.327 231.366 1 1 0233 0.637 0.349 23.566 0.324 232.363 1 1 0234 0.639 0.357 23.378 0.321 233.361 1 1 0235 0.642 0.364 23.192 0.319 234.358 1 1 0236 0.645 0.371 23.007 0.316 235.355 1 1 0237 0.648 0.379 22.824 0.314 236.352 1 1 0238 0.650 0.386 22.642 0.311 237.350 1 1 0239 0.653 0.393 22.462 0.309 238.347 1 1 0240 0.656 0.401 22.283 0.306 239.344 1 1 0241 0.658 0.408 22.106 0.304 240.342 1 1 0242 0.661 0.416 21.931 0.301 241.339 1 1 0243 0.664 0.423 21.756 0.299 242.336 1 1 0244 0.667 0.431 21.584 0.297 243.333 1 1 0245 0.669 0.438 21.412 0.294 244.331 1 1 0246 0.672 0.446 21.243 0.292 245.328 1 1 0247 0.675 0.453 21.074 0.290 246.325 1 1 0248 0.678 0.461 20.907 0.287 247.322 1 1 0249 0.680 0.469 20.741 0.285 248.320 1 1 0250 0.683 0.476 20.577 0.283 249.317 1 1 0251 0.686 0.484 20.414 0.281 250.314 1 1 0252 0.689 0.492 20.252 0.278 251.311 1 1 0253 0.691 0.499 20.091 0.276 252.309 1 1 0254 0.694 0.507 19.932 0.274 253.306 1 1 0255 0.697 0.515 19.774 0.272 254.303 0 1 0256 0.699 0.523 19.618 0.270 255.301 0 1 0257 0.702 0.531 19.462 0.268 256.298 0 1 0258 0.705 0.539 19.308 0.265 257.295 0 1 0259 0.708 0.547 19.155 0.263 258.292 0 1 0260 0.710 0.555 19.003 0.261 259.290 0 1 0261 0.713 0.563 18.853 0.259 260.287 0 1 0262 0.716 0.571 18.703 0.257 261.284 0 1 0263 0.719 0.579 18.555 0.255 262.281 0 1 0264 0.721 0.587 18.408 0.253 263.279 0 1 0265 0.724 0.595 18.262 0.251 264.276 0 1 0

C.dur.-Testene


VOLUME m3



266 0.727 0.603 18.117 0.249 265.273 0 1 0267 0.730 0.611 17.973 0.247 266.270 0 1 0268 0.732 0.620 17.830 0.245 267.268 0 1 0269 0.735 0.628 17.689 0.243 268.265 0 1 0270 0.738 0.636 17.548 0.241 269.262 0 1 0271 0.740 0.645 17.409 0.239 270.260 0 1 0272 0.743 0.653 17.270 0.237 271.257 0 1 0273 0.746 0.662 17.133 0.236 272.254 0 1 0274 0.749 0.670 16.997 0.234 273.251 0 1 0275 0.751 0.679 16.861 0.232 274.249 0 1 0276 0.754 0.687 16.727 0.230 275.246 0 1 0277 0.757 0.696 16.593 0.228 276.243 0 1 0278 0.760 0.705 16.461 0.226 277.240 0 1 0279 0.762 0.714 16.330 0.224 278.238 0 1 0280 0.765 0.723 16.199 0.223 279.235 0 1 0281 0.768 0.731 16.070 0.221 280.232 0 1 0282 0.770 0.740 15.941 0.219 281.230 0 1 0283 0.773 0.750 15.813 0.217 282.227 0 1 0284 0.776 0.759 15.686 0.216 283.224 0 0 0285 0.779 0.768 15.560 0.214 284.221 0 0 0286 0.781 0.777 15.435 0.212 285.219 0 0 0287 0.784 0.786 15.311 0.210 286.216 0 0 0288 0.787 0.796 15.188 0.209 287.213 0 0 0289 0.790 0.805 15.066 0.207 288.210 0 0 0290 0.792 0.815 14.944 0.205 289.208 0 0 0291 0.795 0.824 14.823 0.204 290.205 0 0 0292 0.798 0.834 14.703 0.202 291.202 0 0 0293 0.801 0.844 14.584 0.200 292.199 0 0 0294 0.803 0.853 14.466 0.199 293.197 0 0 0295 0.806 0.863 14.348 0.197 294.194 0 0 0296 0.809 0.873 14.232 0.196 295.191 0 0 0297 0.811 0.883 14.116 0.194 296.189 0 0 0298 0.814 0.894 14.001 0.192 297.186 0 0 0299 0.817 0.904 13.886 0.191 298.183 0 0 0300 0.820 0.914 13.772 0.189 299.180 0 0 0301 0.822 0.925 13.659 0.188 300.178 0 0 0302 0.825 0.935 13.547 0.186 301.175 0 0 0303 0.828 0.946 13.436 0.185 302.172 0 0 0304 0.831 0.957 13.325 0.183 303.169 0 0 0305 0.833 0.967 13.215 0.182 304.167 0 0 0306 0.836 0.978 13.105 0.180 305.164 0 0 0307 0.839 0.990 12.997 0.179 306.161 0 0 0308 0.842 1.001 12.888 0.177 307.158 0 0 0309 0.844 1.012 12.781 0.176 308.156 0 0 0310 0.847 1.024 12.674 0.174 309.153 0 0 0311 0.850 1.035 12.568 0.173 310.150 0 0 0312 0.852 1.047 12.462 0.171 311.148 0 0 0313 0.855 1.059 12.357 0.170 312.145 0 0 0314 0.858 1.071 12.253 0.168 313.142 0 0 0315 0.861 1.083 12.149 0.167 314.139 0 0 0316 0.863 1.096 12.046 0.166 315.137 0 0 0317 0.866 1.108 11.943 0.164 316.134 0 0 0318 0.869 1.121 11.841 0.163 317.131 0 0 0

C.dur.-Testene


VOLUME m3



319 0.872 1.134 11.740 0.161 318.128 0 0 0320 0.874 1.147 11.639 0.160 319.126 0 0 0321 0.877 1.160 11.538 0.159 320.123 0 0 0322 0.880 1.174 11.438 0.157 321.120 0 0 0323 0.883 1.188 11.339 0.156 322.117 0 0 0324 0.885 1.202 11.240 0.155 323.115 0 0 0325 0.888 1.216 11.141 0.153 324.112 0 0 0326 0.891 1.230 11.043 0.152 325.109 0 0 0327 0.893 1.245 10.946 0.150 326.107 0 0 0328 0.896 1.260 10.848 0.149 327.104 0 0 0329 0.899 1.275 10.751 0.148 328.101 0 0 0330 0.902 1.291 10.655 0.146 329.098 0 0 0331 0.904 1.307 10.559 0.145 330.096 0 0 0332 0.907 1.323 10.463 0.144 331.093 0 0 0333 0.910 1.340 10.368 0.143 332.090 0 0 0334 0.913 1.357 10.273 0.141 333.087 0 0 0335 0.915 1.374 10.178 0.140 334.085 0 0 0336 0.918 1.392 10.083 0.139 335.082 0 0 0337 0.921 1.410 9.989 0.137 336.079 0 0 0338 0.923 1.429 9.895 0.136 337.077 0 0 0339 0.926 1.448 9.801 0.135 338.074 0 0 0340 0.929 1.468 9.708 0.133 339.071 0 0 0341 0.932 1.489 9.614 0.132 340.068 0 0 0342 0.934 1.510 9.521 0.131 341.066 0 0 0343 0.937 1.531 9.427 0.130 342.063 0 0 0344 0.940 1.554 9.334 0.128 343.060 0 0 0345 0.943 1.577 9.240 0.127 344.057 0 0 0346 0.945 1.601 9.147 0.126 345.055 0 0 0347 0.948 1.627 9.053 0.124 346.052 0 0 0348 0.951 1.653 8.959 0.123 347.049 0 0 0349 0.954 1.680 8.865 0.122 348.046 0 0 0350 0.956 1.709 8.770 0.121 349.044 0 0 0351 0.959 1.739 8.675 0.119 350.041 0 0 0352 0.962 1.771 8.580 0.118 351.038 0 0 0353 0.964 1.805 8.483 0.117 352.036 0 0 0354 0.967 1.841 8.386 0.115 353.033 0 0 0355 0.970 1.880 8.287 0.114 354.030 0 0 0356 0.973 1.922 8.187 0.113 355.027 0 0 0357 0.975 1.967 8.086 0.111 356.025 0 0 0358 0.978 2.017 7.982 0.110 357.022 0 0 0359 0.981 2.072 7.876 0.108 358.019 0 0 0360 0.984 2.135 7.766 0.107 359.016 0 0 0361 0.986 2.207 7.652 0.105 360.014 0 0 0362 0.989 2.293 7.532 0.104 361.011 0 0 0363 0.992 2.400 7.402 0.102 362.008 0 0 0364 0.995 2.545 7.257 0.100 363.005 0 0 0365 0.997 2.778 7.083 0.097 364.003 0 0 0

FUORNIFiume FUORNI

IDRAULICA

Κστ 35S= 0.0098g= 9.81

1973 0 3.6Ack_Wht_C1= 3.53 1973 1990 0.1 2.1Ack_Wht_C2= 2.86 3.53 3.46 5 2Ack_Wht_C3= 1.00 2.86 2.79 7 0Ack_Wht_m= 1.50 1.00 0.98 12 0Ack_Wht_m1= 9.66 1.50 1.78 14 2Ack_Wht_m2= 1.34 9.66 6.83 19 2.1

1.34 1.67 19.1 3.6


Dgr= 5.054n= 0.606A= 0.242m= 3.251C= 0.010



y = 0.0063x1.6836

R2 = 0.9967

y = 0.0012x1.4299

R2 = 0.98670.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

0 20 40 60 80 100 120 140 160 180


0

0.5

1

1.5

2

2.5

3

3.5

4

0 5 10 15 20 25

FUORNIFiume FUORNI

IDRAULICA


0.10 0.05 0.010 - - 0.38 0.01 0.25 5.14 0.05 5.10 0.54 0.03 0.07 50.30 0.10 0.010 - - 0.60 0.02 0.51 5.28 0.10 5.20 0.61 0.07 0.10 90.60 0.15 0.010 - - 0.77 0.03 0.77 5.42 0.14 5.30 0.65 0.11 0.12 140.96 0.20 0.010 - - 0.92 0.04 1.04 5.57 0.19 5.40 0.67 0.15 0.13 181.39 0.25 0.010 - - 1.06 0.06 1.31 5.71 0.23 5.50 0.69 0.20 0.15 221.89 0.30 0.010 - - 1.19 0.07 1.59 5.85 0.27 5.60 0.71 0.24 0.16 262.44 0.35 0.010 - - 1.30 0.09 1.87 5.99 0.31 5.70 0.73 0.28 0.17 303.05 0.40 0.010 - - 1.41 0.10 2.16 6.13 0.35 5.80 0.74 0.33 0.18 343.71 0.45 0.010 - - 1.51 0.12 2.45 6.27 0.39 5.90 0.75 0.37 0.19 382.58 0.50 0.010 - - 0.94 0.04 2.75 14.41 0.19 14.00 0.68 0.29 0.14 183.74 0.55 0.010 - - 1.08 0.06 3.45 14.56 0.24 14.10 0.70 0.38 0.15 235.07 0.60 0.010 - - 1.22 0.08 4.16 14.70 0.28 14.20 0.72 0.54 0.16 276.56 0.65 0.010 - - 1.35 0.09 4.87 14.84 0.33 14.30 0.74 0.59 0.18 328.20 0.70 0.010 - - 1.47 0.11 5.59 14.98 0.37 14.40 0.75 0.63 0.19 369.97 0.75 0.010 - - 1.58 0.13 6.31 15.12 0.42 14.50 0.76 0.68 0.20 4011.89 0.80 0.010 - - 1.69 0.15 7.04 15.26 0.46 14.60 0.78 0.72 0.21 4413.93 0.85 0.010 - - 1.79 0.16 7.77 15.40 0.50 14.70 0.79 0.77 0.22 4916.11 0.90 0.010 - - 1.89 0.18 8.51 15.55 0.55 14.80 0.80 0.82 0.23 5318.41 0.95 0.010 - - 1.99 0.20 9.25 15.69 0.59 14.90 0.81 0.86 0.24 5720.83 1.00 0.010 - - 2.08 0.22 10.00 15.83 0.63 15.00 0.81 0.91 0.25 6123.36 1.05 0.010 - - 2.17 0.24 10.75 15.97 0.67 15.10 0.82 0.96 0.25 6526.02 1.10 0.010 - - 2.26 0.26 11.51 16.11 0.71 15.20 0.83 1.01 0.26 6928.78 1.15 0.010 - - 2.35 0.28 12.27 16.25 0.76 15.30 0.84 1.06 0.27 7331.66 1.20 0.010 - - 2.43 0.30 13.04 16.39 0.80 15.40 0.84 1.10 0.28 7634.65 1.25 0.010 - - 2.51 0.32 13.81 16.54 0.84 15.50 0.85 1.15 0.28 8037.75 1.30 0.010 - - 2.59 0.34 14.59 16.68 0.87 15.60 0.85 1.20 0.29 8440.95 1.35 0.010 - - 2.66 0.36 15.37 16.82 0.91 15.70 0.86 1.25 0.30 8844.26 1.40 0.010 - - 2.74 0.38 16.16 16.96 0.95 15.80 0.86 1.30 0.30 9247.67 1.45 0.010 - - 2.81 0.40 16.95 17.10 0.99 15.90 0.87 1.35 0.31 9551.18 1.50 0.010 - - 2.88 0.42 17.75 17.24 1.03 16.00 0.87 1.40 0.31 9954.80 1.55 0.010 - - 2.95 0.44 18.55 17.38 1.07 16.10 0.88 1.45 0.32 10358.52 1.60 0.010 - - 3.02 0.47 19.36 17.53 1.11 16.20 0.88 1.50 0.33 106

FUORNIQ h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τo


62.33 1.65 0.010 - - 3.09 0.49 20.17 17.67 1.14 16.30 0.89 1.55 0.33 11066.24 1.70 0.010 - - 3.16 0.51 20.99 17.81 1.18 16.40 0.89 1.60 0.34 11370.26 1.75 0.010 - - 3.22 0.53 21.81 17.95 1.22 16.50 0.89 1.65 0.34 11774.36 1.80 0.010 - - 3.29 0.55 22.64 18.09 1.25 16.60 0.90 1.70 0.35 12078.57 1.85 0.010 - - 3.35 0.57 23.47 18.23 1.29 16.70 0.90 1.75 0.35 12482.87 1.90 0.010 - - 3.41 0.59 24.31 18.37 1.32 16.80 0.90 1.80 0.36 12787.26 1.95 0.010 - - 3.47 0.61 25.15 18.52 1.36 16.90 0.91 1.85 0.36 13191.75 2.00 0.010 - - 3.53 0.63 26.00 18.66 1.39 17.00 0.91 1.90 0.37 13496.80 2.05 0.010 - - 3.61 0.66 26.85 18.66 1.44 17.00 0.92 1.96 0.37 138

102.00 2.10 0.010 - - 3.68 0.69 27.70 18.66 1.49 17.00 0.92 2.01 0.38 143107.20 2.15 0.010 - - 3.76 0.72 28.55 18.66 1.53 17.00 0.93 2.07 0.38 147112.60 2.20 0.010 - - 3.83 0.75 29.40 18.66 1.58 17.00 0.93 2.12 0.39 152118.10 2.25 0.010 - - 3.90 0.78 30.25 18.66 1.62 17.00 0.93 2.17 0.39 156123.70 2.30 0.010 - - 3.98 0.81 31.10 18.66 1.67 17.00 0.94 2.22 0.40 160129.40 2.35 0.010 - - 4.05 0.84 31.95 18.66 1.71 17.00 0.94 2.28 0.41 165135.10 2.40 0.010 - - 4.12 0.87 32.80 18.66 1.76 17.00 0.95 2.33 0.41 169141.00 2.45 0.010 - - 4.19 0.90 33.65 18.66 1.80 17.00 0.95 2.39 0.42 173147.00 2.50 0.010 - - 4.26 0.93 34.50 18.66 1.85 17.00 0.96 2.44 0.42 178153.10 2.55 0.010 - - 4.33 0.96 35.35 18.66 1.90 17.00 0.96 2.49 0.43 182

FUORNIFiume FUORNITRASPORTO SOLIDO

Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s0.10 0.05 0.24 15 5.21E-06 1.43E-05 1.95E-05 0.94 0.30 0.00084 8.07E-05 0.07 0.00 0.00 0.00E+000.30 0.10 0.27 11 5.90E-05 1.86E-04 2.45E-04 1.36 1.38 0.00275 8.36E-04 0.05 0.00 0.00 0.00E+000.60 0.15 0.28 9 1.87E-04 6.37E-04 8.23E-04 1.67 3.13 0.00515 3.07E-03 0.05 1.56 6.40 3.75E-040.96 0.20 0.29 7 3.95E-04 1.43E-03 1.82E-03 1.94 5.46 0.00784 7.54E-03 0.04 3.21 42.53 2.52E-031.39 0.25 0.30 7 6.84E-04 2.59E-03 3.27E-03 2.17 8.29 0.01073 1.50E-02 0.04 4.70 117.86 7.04E-031.89 0.30 0.30 6 1.05E-03 4.13E-03 5.19E-03 2.38 11.54 0.01376 2.60E-02 0.04 6.10 237.11 1.43E-022.44 0.35 0.31 6 1.50E-03 6.08E-03 7.59E-03 2.57 15.19 0.01690 4.12E-02 0.04 7.42 402.97 2.45E-023.05 0.40 0.31 5 2.03E-03 8.43E-03 1.05E-02 2.74 19.18 0.02012 6.13E-02 0.04 8.68 617.92 3.80E-023.71 0.45 0.32 5 2.63E-03 1.12E-02 1.38E-02 2.90 23.47 0.02337 8.67E-02 0.03 9.90 881.98 5.47E-022.58 0.50 0.29 7 3.69E-04 1.60E-03 1.97E-03 1.96 5.70 0.00809 2.09E-02 0.04 3.35 47.65 2.98E-033.74 0.55 0.30 6 7.61E-04 3.37E-03 4.13E-03 2.21 8.81 0.01124 4.21E-02 0.04 4.95 135.79 9.70E-035.07 0.60 0.30 6 1.34E-03 6.03E-03 7.36E-03 2.43 12.49 0.01460 7.41E-02 0.04 6.46 280.05 2.21E-026.56 0.65 0.31 5 2.12E-03 9.71E-03 1.18E-02 2.64 16.72 0.01815 1.19E-01 0.04 7.93 488.94 4.17E-028.20 0.70 0.31 5 3.13E-03 1.45E-02 1.76E-02 2.83 21.44 0.02186 1.79E-01 0.03 9.34 768.21 6.98E-029.97 0.75 0.32 5 4.36E-03 2.05E-02 2.49E-02 3.01 26.65 0.02570 2.56E-01 0.03 10.73 1123.53 1.08E-01

11.89 0.80 0.32 4 5.83E-03 2.78E-02 3.36E-02 3.18 32.30 0.02965 3.53E-01 0.03 12.08 1560.35 1.56E-0113.93 0.85 0.32 4 7.53E-03 3.64E-02 4.39E-02 3.34 38.36 0.03368 4.69E-01 0.03 13.41 2081.15 2.17E-0116.11 0.90 0.33 4 9.49E-03 4.63E-02 5.58E-02 3.49 44.83 0.03781 6.09E-01 0.03 14.71 2690.62 2.90E-0118.41 0.95 0.33 4 1.17E-02 5.76E-02 6.93E-02 3.63 51.66 0.04199 7.73E-01 0.03 16.00 3391.28 3.76E-0120.83 1.00 0.33 4 1.41E-02 7.05E-02 8.46E-02 3.77 58.90 0.04627 9.64E-01 0.03 17.27 4192.79 4.77E-0123.36 1.05 0.33 4 1.68E-02 8.47E-02 1.01E-01 3.91 66.45 0.05058 1.18E+00 0.03 18.51 5088.07 5.93E-0126.02 1.10 0.34 4 1.97E-02 1.00E-01 1.20E-01 4.03 74.32 0.05493 1.43E+00 0.03 19.75 6079.54 7.24E-0128.78 1.15 0.34 3 2.29E-02 1.17E-01 1.40E-01 4.16 82.52 0.05935 1.71E+00 0.03 20.97 7178.24 8.72E-0131.66 1.20 0.34 3 2.63E-02 1.36E-01 1.63E-01 4.28 91.04 0.06381 2.02E+00 0.03 22.17 8379.94 1.04E+0034.65 1.25 0.34 3 3.00E-02 1.56E-01 1.87E-01 4.40 99.86 0.06832 2.37E+00 0.03 23.36 9691.50 1.22E+0037.75 1.30 0.34 3 3.39E-02 1.78E-01 2.12E-01 4.51 108.91 0.07282 2.75E+00 0.03 24.54 11101.07 1.42E+0040.95 1.35 0.35 3 3.80E-02 2.01E-01 2.40E-01 4.62 118.27 0.07738 3.17E+00 0.03 25.70 12625.27 1.64E+0044.26 1.40 0.35 3 4.24E-02 2.26E-01 2.69E-01 4.72 127.88 0.08196 3.63E+00 0.03 26.85 14254.35 1.87E+0047.67 1.45 0.35 3 4.70E-02 2.53E-01 3.00E-01 4.83 137.72 0.08656 4.13E+00 0.03 27.99 15996.01 2.13E+0051.18 1.50 0.35 3 5.19E-02 2.81E-01 3.32E-01 4.93 147.77 0.09121 4.67E+00 0.03 29.11 17829.45 2.40E+0054.80 1.55 0.35 3 5.70E-02 3.10E-01 3.67E-01 5.03 158.10 0.09583 5.25E+00 0.03 30.24 19800.85 2.70E+0058.52 1.60 0.35 3 6.23E-02 3.41E-01 4.03E-01 5.12 168.74 0.10048 5.88E+00 0.03 31.36 21902.12 3.02E+00


FUORNIQ h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

62.33 1.65 0.35 3 6.78E-02 3.74E-01 4.41E-01 5.22 179.44 0.10514 6.55E+00 0.02 32.45 24077.22 3.35E+0066.24 1.70 0.35 3 7.35E-02 4.08E-01 4.81E-01 5.31 190.41 0.10980 7.27E+00 0.02 33.55 26379.31 3.71E+0070.26 1.75 0.36 3 7.95E-02 4.43E-01 5.23E-01 5.40 201.49 0.11452 8.05E+00 0.02 34.61 28761.98 4.08E+0074.36 1.80 0.36 3 8.57E-02 4.81E-01 5.66E-01 5.48 212.82 0.11925 8.87E+00 0.02 35.67 31269.46 4.48E+0078.57 1.85 0.36 3 9.21E-02 5.19E-01 6.11E-01 5.57 224.31 0.12392 9.74E+00 0.02 36.73 33897.10 4.89E+0082.87 1.90 0.36 2 9.87E-02 5.60E-01 6.58E-01 5.65 236.12 0.12865 1.07E+01 0.02 37.79 36671.95 5.34E+0087.26 1.95 0.36 2 1.05E-01 6.01E-01 7.07E-01 5.74 247.89 0.13337 1.16E+01 0.02 38.82 39493.77 5.80E+0091.75 2.00 0.36 2 1.13E-01 6.45E-01 7.57E-01 5.82 260.15 0.13808 1.27E+01 0.02 39.88 42539.26 6.29E+0096.80 2.05 0.36 2 1.22E-01 7.02E-01 8.24E-01 5.92 276.02 0.14426 1.40E+01 0.02 41.21 46642.98 6.95E+00102.00 2.10 0.36 2 1.32E-01 7.63E-01 8.95E-01 6.02 292.59 0.15053 1.54E+01 0.02 42.56 51102.83 7.67E+00107.20 2.15 0.36 2 1.42E-01 8.26E-01 9.68E-01 6.12 309.37 0.15688 1.68E+01 0.02 43.88 55727.79 8.42E+00112.60 2.20 0.36 2 1.53E-01 8.92E-01 1.04E+00 6.22 326.74 0.16324 1.84E+01 0.02 45.23 60703.86 9.23E+00118.10 2.25 0.37 2 1.64E-01 9.62E-01 1.13E+00 6.32 344.42 0.16973 2.00E+01 0.02 46.55 65876.87 1.01E+01123.70 2.30 0.37 2 1.75E-01 1.03E+00 1.21E+00 6.42 362.56 0.17618 2.18E+01 0.02 47.91 71387.69 1.10E+01129.40 2.35 0.37 2 1.88E-01 1.11E+00 1.30E+00 6.51 381.34 0.18278 2.37E+01 0.02 49.26 77249.32 1.20E+01135.10 2.40 0.37 2 2.00E-01 1.19E+00 1.39E+00 6.61 400.14 0.18940 2.56E+01 0.02 50.58 83236.68 1.29E+01141.00 2.45 0.37 2 2.13E-01 1.27E+00 1.48E+00 6.70 419.65 0.19607 2.76E+01 0.02 51.93 89667.27 1.40E+01147.00 2.50 0.37 2 2.26E-01 1.35E+00 1.58E+00 6.79 439.30 0.20281 2.98E+01 0.02 53.25 96258.35 1.51E+01153.10 2.55 0.37 2 2.40E-01 1.44E+00 1.68E+00 6.88 459.67 0.20961 3.21E+01 0.02 54.59 103319.33 1.63E+01

C.dur.-Fuorni

Fiume Fuorni



Q medsez. a b q 0

Fuorni - regionalizzata

0.10

1.00

10.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Fuorni


VOLUME m3



Q d S_Alb

C.dur.-Fuorni




Q d S_Alb

54 0.148 -1.047 143.637 1.204 53.852 133 738 29555 0.150 -1.035 141.807 1.188 54.850 131 722 28956 0.153 -1.024 140.026 1.173 55.847 128 707 28357 0.156 -1.012 138.290 1.159 56.844 126 692 27658 0.158 -1.001 136.598 1.145 57.842 124 678 27159 0.161 -0.990 134.949 1.131 58.839 122 664 26560 0.164 -0.978 133.340 1.117 59.836 120 651 26061 0.167 -0.967 131.770 1.104 60.833 118 638 25462 0.169 -0.957 130.238 1.091 61.831 116 626 24963 0.172 -0.946 128.742 1.079 62.828 114 614 24464 0.175 -0.935 127.280 1.066 63.825 112 602 23965 0.178 -0.925 125.851 1.054 64.822 110 591 23566 0.180 -0.914 124.455 1.043 65.820 108 580 23067 0.183 -0.904 123.089 1.031 66.817 107 569 22668 0.186 -0.894 121.754 1.020 67.814 105 559 22269 0.189 -0.883 120.447 1.009 68.811 103 549 21870 0.191 -0.873 119.168 0.998 69.809 102 539 21471 0.194 -0.863 117.915 0.988 70.806 100 529 21072 0.197 -0.853 116.689 0.978 71.803 99 520 20673 0.199 -0.844 115.488 0.968 72.801 97 511 20274 0.202 -0.834 114.310 0.958 73.798 96 502 19975 0.205 -0.824 113.157 0.948 74.795 95 494 19576 0.208 -0.815 112.026 0.939 75.792 93 486 19277 0.210 -0.805 110.917 0.929 76.790 92 478 18978 0.213 -0.796 109.829 0.920 77.787 91 470 18579 0.216 -0.786 108.761 0.911 78.784 89 462 18280 0.219 -0.777 107.714 0.903 79.781 88 455 17981 0.221 -0.768 106.686 0.894 80.779 87 447 17682 0.224 -0.759 105.677 0.885 81.776 86 440 17383 0.227 -0.750 104.686 0.877 82.773 85 433 17084 0.230 -0.740 103.713 0.869 83.770 84 427 16885 0.232 -0.731 102.757 0.861 84.768 82 420 16586 0.235 -0.723 101.818 0.853 85.765 81 414 16287 0.238 -0.714 100.895 0.845 86.762 80 407 16088 0.240 -0.705 99.988 0.838 87.760 79 401 15789 0.243 -0.696 99.096 0.830 88.757 78 395 15590 0.246 -0.687 98.219 0.823 89.754 77 389 15391 0.249 -0.679 97.357 0.816 90.751 76 383 15092 0.251 -0.670 96.508 0.809 91.749 75 378 14893 0.254 -0.662 95.674 0.802 92.746 74 372 14694 0.257 -0.653 94.853 0.795 93.743 74 367 14495 0.260 -0.645 94.045 0.788 94.740 73 362 14296 0.262 -0.636 93.250 0.781 95.738 72 357 13997 0.265 -0.628 92.467 0.775 96.735 71 352 13798 0.268 -0.620 91.696 0.768 97.732 70 347 13599 0.270 -0.611 90.937 0.762 98.730 69 342 134

100 0.273 -0.603 90.190 0.756 99.727 68 337 132101 0.276 -0.595 89.453 0.750 100.724 68 333 130102 0.279 -0.587 88.728 0.743 101.721 67 328 128103 0.281 -0.579 88.013 0.737 102.719 66 324 126104 0.284 -0.571 87.309 0.732 103.716 65 319 124105 0.287 -0.563 86.615 0.726 104.713 65 315 123106 0.290 -0.555 85.931 0.720 105.710 64 311 121

C.dur.-Fuorni




Q d S_Alb

107 0.292 -0.547 85.257 0.714 106.708 63 307 119108 0.295 -0.539 84.592 0.709 107.705 62 303 118109 0.298 -0.531 83.937 0.703 108.702 62 299 116110 0.301 -0.523 83.290 0.698 109.699 61 295 115111 0.303 -0.515 82.653 0.693 110.697 60 291 113112 0.306 -0.507 82.024 0.687 111.694 60 287 112113 0.309 -0.499 81.404 0.682 112.691 59 284 110114 0.311 -0.492 80.792 0.677 113.689 58 280 109115 0.314 -0.484 80.188 0.672 114.686 58 277 107116 0.317 -0.476 79.592 0.667 115.683 57 273 106117 0.320 -0.469 79.004 0.662 116.680 57 270 105118 0.322 -0.461 78.423 0.657 117.678 56 266 103119 0.325 -0.453 77.850 0.652 118.675 55 263 102120 0.328 -0.446 77.284 0.648 119.672 55 260 101121 0.331 -0.438 76.726 0.643 120.669 54 257 99122 0.333 -0.431 76.174 0.638 121.667 54 254 98123 0.336 -0.423 75.630 0.634 122.664 53 251 97124 0.339 -0.416 75.092 0.629 123.661 53 248 96125 0.342 -0.408 74.560 0.625 124.658 52 245 95126 0.344 -0.401 74.036 0.620 125.656 52 242 93127 0.347 -0.393 73.517 0.616 126.653 51 239 92128 0.350 -0.386 73.005 0.612 127.650 51 236 91129 0.352 -0.379 72.499 0.607 128.648 50 233 90130 0.355 -0.371 71.998 0.603 129.645 50 231 89131 0.358 -0.364 71.504 0.599 130.642 49 228 88132 0.361 -0.357 71.016 0.595 131.639 49 225 87133 0.363 -0.349 70.533 0.591 132.637 48 223 86134 0.366 -0.342 70.055 0.587 133.634 48 220 85135 0.369 -0.335 69.583 0.583 134.631 47 218 84136 0.372 -0.328 69.117 0.579 135.628 47 215 83137 0.374 -0.320 68.656 0.575 136.626 46 213 82138 0.377 -0.313 68.200 0.571 137.623 46 211 81139 0.380 -0.306 67.748 0.568 138.620 45 208 80140 0.383 -0.299 67.302 0.564 139.617 45 206 79141 0.385 -0.292 66.861 0.560 140.615 45 204 78142 0.388 -0.285 66.425 0.557 141.612 44 201 77143 0.391 -0.277 65.993 0.553 142.609 44 199 76144 0.393 -0.270 65.566 0.549 143.607 43 197 76145 0.396 -0.263 65.144 0.546 144.604 43 195 75146 0.399 -0.256 64.726 0.542 145.601 43 193 74147 0.402 -0.249 64.312 0.539 146.598 42 191 73148 0.404 -0.242 63.903 0.535 147.596 42 189 72149 0.407 -0.235 63.498 0.532 148.593 41 187 72150 0.410 -0.228 63.097 0.529 149.590 41 185 71151 0.413 -0.221 62.700 0.525 150.587 41 183 70152 0.415 -0.214 62.307 0.522 151.585 40 181 69153 0.418 -0.207 61.919 0.519 152.582 40 179 68154 0.421 -0.200 61.534 0.516 153.579 40 177 68155 0.423 -0.193 61.153 0.512 154.577 39 175 67156 0.426 -0.186 60.776 0.509 155.574 39 173 66157 0.429 -0.179 60.402 0.506 156.571 39 172 66158 0.432 -0.172 60.032 0.503 157.568 38 170 65159 0.434 -0.165 59.666 0.500 158.566 38 168 64

C.dur.-Fuorni




Q d S_Alb

160 0.437 -0.158 59.304 0.497 159.563 38 166 64161 0.440 -0.151 58.944 0.494 160.560 37 165 63162 0.443 -0.144 58.589 0.491 161.557 37 163 62163 0.445 -0.137 58.236 0.488 162.555 37 161 62164 0.448 -0.130 57.887 0.485 163.552 36 160 61165 0.451 -0.124 57.542 0.482 164.549 36 158 60166 0.454 -0.117 57.199 0.479 165.546 36 157 60167 0.456 -0.110 56.860 0.476 166.544 35 155 59168 0.459 -0.103 56.524 0.474 167.541 35 154 58169 0.462 -0.096 56.191 0.471 168.538 35 152 58170 0.464 -0.089 55.861 0.468 169.536 34 151 57171 0.467 -0.082 55.534 0.465 170.533 34 149 57172 0.470 -0.075 55.210 0.463 171.530 34 148 56173 0.473 -0.069 54.889 0.460 172.527 34 146 56174 0.475 -0.062 54.571 0.457 173.525 33 145 55175 0.478 -0.055 54.255 0.455 174.522 33 143 54176 0.481 -0.048 53.943 0.452 175.519 33 142 54177 0.484 -0.041 53.633 0.449 176.516 33 141 53178 0.486 -0.034 53.326 0.447 177.514 32 139 53179 0.489 -0.027 53.021 0.444 178.511 32 138 52180 0.492 -0.021 52.719 0.442 179.508 32 137 52181 0.495 -0.014 52.420 0.439 180.505 31 135 51182 0.497 -0.007 52.123 0.437 181.503 31 134 51183 0.500 0.000 51.829 0.434 182.500 31 133 50184 0.503 0.007 51.537 0.432 183.497 31 131 50185 0.505 0.014 51.248 0.429 184.495 30 130 49186 0.508 0.021 50.961 0.427 185.492 30 129 49187 0.511 0.027 50.677 0.425 186.489 30 128 48188 0.514 0.034 50.395 0.422 187.486 30 127 48189 0.516 0.041 50.115 0.420 188.484 30 125 47190 0.519 0.048 49.837 0.418 189.481 29 124 47191 0.522 0.055 49.562 0.415 190.478 29 123 47192 0.525 0.062 49.289 0.413 191.475 29 122 46193 0.527 0.069 49.018 0.411 192.473 29 121 46194 0.530 0.075 48.750 0.408 193.470 28 120 45195 0.533 0.082 48.483 0.406 194.467 28 119 45196 0.536 0.089 48.219 0.404 195.464 28 117 44197 0.538 0.096 47.956 0.402 196.462 28 116 44198 0.541 0.103 47.696 0.400 197.459 28 115 44199 0.544 0.110 47.438 0.397 198.456 27 114 43200 0.546 0.117 47.181 0.395 199.454 27 113 43201 0.549 0.124 46.927 0.393 200.451 27 112 42202 0.552 0.130 46.675 0.391 201.448 27 111 42203 0.555 0.137 46.425 0.389 202.445 26 110 42204 0.557 0.144 46.176 0.387 203.443 26 109 41205 0.560 0.151 45.929 0.385 204.440 26 108 41206 0.563 0.158 45.685 0.383 205.437 26 107 40207 0.566 0.165 45.442 0.381 206.434 26 106 40208 0.568 0.172 45.201 0.379 207.432 25 105 40209 0.571 0.179 44.961 0.377 208.429 25 104 39210 0.574 0.186 44.724 0.375 209.426 25 104 39211 0.577 0.193 44.488 0.373 210.423 25 103 39212 0.579 0.200 44.254 0.371 211.421 25 102 38

C.dur.-Fuorni




Q d S_Alb

213 0.582 0.207 44.021 0.369 212.418 25 101 38214 0.585 0.214 43.790 0.367 213.415 24 100 38215 0.587 0.221 43.561 0.365 214.413 24 99 37216 0.590 0.228 43.334 0.363 215.410 24 98 37217 0.593 0.235 43.108 0.361 216.407 24 97 37218 0.596 0.242 42.884 0.359 217.404 24 96 36219 0.598 0.249 42.661 0.357 218.402 23 96 36220 0.601 0.256 42.440 0.356 219.399 23 95 36221 0.604 0.263 42.220 0.354 220.396 23 94 35222 0.607 0.270 42.002 0.352 221.393 23 93 35223 0.609 0.277 41.785 0.350 222.391 23 92 35224 0.612 0.285 41.570 0.348 223.388 23 92 34225 0.615 0.292 41.356 0.347 224.385 22 91 34226 0.617 0.299 41.144 0.345 225.383 22 90 34227 0.620 0.306 40.933 0.343 226.380 22 89 33228 0.623 0.313 40.724 0.341 227.377 22 88 33229 0.626 0.320 40.516 0.339 228.374 22 88 33230 0.628 0.328 40.309 0.338 229.372 22 87 32231 0.631 0.335 40.104 0.336 230.369 21 86 32232 0.634 0.342 39.900 0.334 231.366 21 85 32233 0.637 0.349 39.697 0.333 232.363 21 85 32234 0.639 0.357 39.496 0.331 233.361 21 84 31235 0.642 0.364 39.296 0.329 234.358 21 83 31236 0.645 0.371 39.097 0.328 235.355 21 83 31237 0.648 0.379 38.900 0.326 236.352 21 82 31238 0.650 0.386 38.704 0.324 237.350 20 81 30239 0.653 0.393 38.509 0.323 238.347 20 80 30240 0.656 0.401 38.315 0.321 239.344 20 80 30241 0.658 0.408 38.122 0.319 240.342 20 79 29242 0.661 0.416 37.931 0.318 241.339 20 78 29243 0.664 0.423 37.741 0.316 242.336 20 78 29244 0.667 0.431 37.551 0.315 243.333 20 77 29245 0.669 0.438 37.363 0.313 244.331 19 76 28246 0.672 0.446 37.177 0.311 245.328 19 76 28247 0.675 0.453 36.991 0.310 246.325 19 75 28248 0.678 0.461 36.806 0.308 247.322 19 75 28249 0.680 0.469 36.623 0.307 248.320 19 74 28250 0.683 0.476 36.441 0.305 249.317 19 73 27251 0.686 0.484 36.259 0.304 250.314 19 73 27252 0.689 0.492 36.079 0.302 251.311 18 72 27253 0.691 0.499 35.900 0.301 252.309 18 71 27254 0.694 0.507 35.721 0.299 253.306 18 71 26255 0.697 0.515 35.544 0.298 254.303 18 70 26256 0.699 0.523 35.368 0.296 255.301 18 70 26257 0.702 0.531 35.193 0.295 256.298 18 69 26258 0.705 0.539 35.018 0.293 257.295 18 69 25259 0.708 0.547 34.845 0.292 258.292 18 68 25260 0.710 0.555 34.673 0.291 259.290 17 67 25261 0.713 0.563 34.501 0.289 260.287 17 67 25262 0.716 0.571 34.331 0.288 261.284 17 66 25263 0.719 0.579 34.161 0.286 262.281 17 66 24264 0.721 0.587 33.993 0.285 263.279 17 65 24265 0.724 0.595 33.825 0.283 264.276 17 65 24

C.dur.-Fuorni




Q d S_Alb

266 0.727 0.603 33.658 0.282 265.273 17 64 24267 0.730 0.611 33.492 0.281 266.270 17 64 24268 0.732 0.620 33.327 0.279 267.268 16 63 23269 0.735 0.628 33.163 0.278 268.265 16 63 23270 0.738 0.636 32.999 0.276 269.262 16 62 23271 0.740 0.645 32.836 0.275 270.260 16 62 23272 0.743 0.653 32.675 0.274 271.257 16 61 23273 0.746 0.662 32.514 0.272 272.254 16 61 22274 0.749 0.670 32.353 0.271 273.251 16 60 22275 0.751 0.679 32.194 0.270 274.249 16 60 22276 0.754 0.687 32.035 0.268 275.246 16 59 22277 0.757 0.696 31.877 0.267 276.243 15 59 22278 0.760 0.705 31.720 0.266 277.240 15 58 21279 0.762 0.714 31.564 0.264 278.238 15 58 21280 0.765 0.723 31.408 0.263 279.235 15 57 21281 0.768 0.731 31.253 0.262 280.232 15 57 21282 0.770 0.740 31.099 0.261 281.230 15 56 21283 0.773 0.750 30.945 0.259 282.227 15 56 21284 0.776 0.759 30.792 0.258 283.224 15 55 20285 0.779 0.768 30.640 0.257 284.221 15 55 20286 0.781 0.777 30.488 0.255 285.219 15 54 20287 0.784 0.786 30.337 0.254 286.216 14 54 20288 0.787 0.796 30.187 0.253 287.213 14 53 20289 0.790 0.805 30.037 0.252 288.210 14 53 19290 0.792 0.815 29.888 0.250 289.208 14 53 19291 0.795 0.824 29.739 0.249 290.205 14 52 19292 0.798 0.834 29.592 0.248 291.202 14 52 19293 0.801 0.844 29.444 0.247 292.199 14 51 19294 0.803 0.853 29.297 0.245 293.197 14 51 19295 0.806 0.863 29.151 0.244 294.194 14 50 19296 0.809 0.873 29.006 0.243 295.191 14 50 18297 0.811 0.883 28.861 0.242 296.189 13 50 18298 0.814 0.894 28.716 0.241 297.186 13 49 18299 0.817 0.904 28.572 0.239 298.183 13 49 18300 0.820 0.914 28.428 0.238 299.180 13 48 18301 0.822 0.925 28.285 0.237 300.178 13 48 18302 0.825 0.935 28.142 0.236 301.175 13 47 17303 0.828 0.946 28.000 0.235 302.172 13 47 17304 0.831 0.957 27.859 0.233 303.169 13 47 17305 0.833 0.967 27.717 0.232 304.167 13 46 17306 0.836 0.978 27.576 0.231 305.164 13 46 17307 0.839 0.990 27.436 0.230 306.161 12 45 17308 0.842 1.001 27.296 0.229 307.158 12 45 17309 0.844 1.012 27.156 0.228 308.156 12 45 16310 0.847 1.024 27.017 0.226 309.153 12 44 16311 0.850 1.035 26.878 0.225 310.150 12 44 16312 0.852 1.047 26.739 0.224 311.148 12 44 16313 0.855 1.059 26.601 0.223 312.145 12 43 16314 0.858 1.071 26.463 0.222 313.142 12 43 16315 0.861 1.083 26.325 0.221 314.139 12 42 16316 0.863 1.096 26.187 0.219 315.137 12 42 15317 0.866 1.108 26.050 0.218 316.134 12 42 15318 0.869 1.121 25.913 0.217 317.131 12 41 15

C.dur.-Fuorni




Q d S_Alb

319 0.872 1.134 25.776 0.216 318.128 11 41 15320 0.874 1.147 25.640 0.215 319.126 11 41 15321 0.877 1.160 25.503 0.214 320.123 11 40 15322 0.880 1.174 25.367 0.213 321.120 11 40 15323 0.883 1.188 25.231 0.211 322.117 11 39 14324 0.885 1.202 25.095 0.210 323.115 11 39 14325 0.888 1.216 24.958 0.209 324.112 11 39 14326 0.891 1.230 24.822 0.208 325.109 11 38 14327 0.893 1.245 24.687 0.207 326.107 11 38 14328 0.896 1.260 24.551 0.206 327.104 11 38 14329 0.899 1.275 24.414 0.205 328.101 11 37 14330 0.902 1.291 24.278 0.203 329.098 10 37 13331 0.904 1.307 24.142 0.202 330.096 10 37 13332 0.907 1.323 24.006 0.201 331.093 10 36 13333 0.910 1.340 23.869 0.200 332.090 10 36 13334 0.913 1.357 23.732 0.199 333.087 10 36 13335 0.915 1.374 23.595 0.198 334.085 10 35 13336 0.918 1.392 23.458 0.197 335.082 10 35 13337 0.921 1.410 23.320 0.195 336.079 10 35 13338 0.923 1.429 23.182 0.194 337.077 10 34 12339 0.926 1.448 23.043 0.193 338.074 10 34 12340 0.929 1.468 22.904 0.192 339.071 10 34 12341 0.932 1.489 22.764 0.191 340.068 10 33 12342 0.934 1.510 22.623 0.190 341.066 9 33 12343 0.937 1.531 22.482 0.188 342.063 9 33 12344 0.940 1.554 22.339 0.187 343.060 9 32 12345 0.943 1.577 22.196 0.186 344.057 9 32 12346 0.945 1.601 22.051 0.185 345.055 9 31 11347 0.948 1.627 21.906 0.184 346.052 9 31 11348 0.951 1.653 21.758 0.182 347.049 9 31 11349 0.954 1.680 21.609 0.181 348.046 9 30 11350 0.956 1.709 21.458 0.180 349.044 9 30 11351 0.959 1.739 21.305 0.179 350.041 9 30 11352 0.962 1.771 21.150 0.177 351.038 9 29 11353 0.964 1.805 20.992 0.176 352.036 9 29 10354 0.967 1.841 20.831 0.175 353.033 8 29 10355 0.970 1.880 20.666 0.173 354.030 8 28 10356 0.973 1.922 20.496 0.172 355.027 8 28 10357 0.975 1.967 20.322 0.170 356.025 8 27 10358 0.978 2.017 20.142 0.169 357.022 8 27 10359 0.981 2.072 19.953 0.167 358.019 8 27 10360 0.984 2.135 19.756 0.166 359.016 8 26 9361 0.986 2.207 19.546 0.164 360.014 8 26 9362 0.989 2.293 19.320 0.162 361.011 8 25 9363 0.992 2.400 19.069 0.160 362.008 7 25 9364 0.995 2.545 18.779 0.157 363.005 7 24 9365 0.997 2.778 18.409 0.154 364.003 8

IRNOFiume IRNO

IDRAULICA

Κστ 27S= 0.0136g= 9.81

1990 0 3.3Ack_Wht_C1= 3.46 1973 1990 0.1 0.6Ack_Wht_C2= 2.79 3.53 3.46 5 0.5Ack_Wht_C3= 0.98 2.86 2.79 6 0Ack_Wht_m= 1.78 1.00 0.98 13 0Ack_Wht_m1= 6.83 1.50 1.78 14 0.5Ack_Wht_m2= 1.67 9.66 6.83 20 0.6

1.34 1.67 20.1 3.3


Dgr= 5.054n= 0.606A= 0.242m= 3.021C= 0.010



y = 0.0053x1.6702

R2 = 0.9985

y = 0.0015x1.452

R2 = 0.9936

y = 0.0034x1.7427

R2 = 0.9892

0.00

10.00

20.00

30.00

40.00

50.00

60.00

70.00

0 50 100 150 200 250 300


0

0.5

1

1.5

2

2.5

3

3.5

0 5 10 15 20 25

IRNOFiume IRNO

IDRAULICA


8.33 0.50 0.014 - - 1.96 0.20 4.25 9.41 0.45 9.00 0.91 0.54 0.25 607.34 0.55 0.014 - - 1.43 0.10 5.14 18.31 0.28 17.80 0.85 0.43 0.19 379.55 0.60 0.014 - - 1.58 0.13 6.03 18.41 0.33 17.81 0.87 0.57 0.21 4411.97 0.65 0.014 - - 1.73 0.15 6.92 18.51 0.37 17.81 0.89 0.62 0.22 5014.59 0.70 0.014 - - 1.87 0.18 7.81 18.61 0.42 17.81 0.90 0.67 0.24 5617.40 0.75 0.014 - - 2.00 0.20 8.70 18.71 0.47 17.82 0.91 0.72 0.25 6220.40 0.80 0.014 - - 2.13 0.23 9.59 18.81 0.51 17.82 0.93 0.77 0.26 6823.57 0.85 0.014 - - 2.25 0.26 10.48 18.91 0.55 17.82 0.94 0.82 0.27 7426.91 0.90 0.014 - - 2.37 0.29 11.38 19.01 0.60 17.83 0.95 0.88 0.28 8030.41 0.95 0.014 - - 2.48 0.31 12.27 19.11 0.64 17.83 0.95 0.93 0.29 8634.06 1.00 0.014 - - 2.59 0.34 13.16 19.21 0.68 17.83 0.96 0.98 0.30 9137.87 1.05 0.014 - - 2.70 0.37 14.05 19.31 0.73 17.84 0.97 1.03 0.31 9741.81 1.10 0.014 - - 2.80 0.40 14.94 19.41 0.77 17.84 0.98 1.09 0.32 10345.90 1.15 0.014 - - 2.90 0.43 15.83 19.51 0.81 17.84 0.98 1.14 0.33 10850.12 1.20 0.014 - - 3.00 0.46 16.73 19.61 0.85 17.85 0.99 1.19 0.34 11454.47 1.25 0.014 - - 3.09 0.49 17.62 19.72 0.89 17.85 0.99 1.25 0.35 11958.94 1.30 0.014 - - 3.18 0.52 18.51 19.82 0.93 17.85 1.00 1.30 0.35 12563.54 1.35 0.014 - - 3.28 0.55 19.40 19.92 0.97 17.86 1.00 1.35 0.36 13068.26 1.40 0.014 - - 3.36 0.58 20.30 20.02 1.01 17.86 1.01 1.41 0.37 13573.10 1.45 0.014 - - 3.45 0.61 21.19 20.12 1.05 17.86 1.01 1.46 0.37 14078.05 1.50 0.014 - - 3.53 0.64 22.08 20.22 1.09 17.87 1.02 1.51 0.38 14683.11 1.55 0.014 - - 3.62 0.67 22.98 20.32 1.13 17.87 1.02 1.57 0.39 15188.27 1.60 0.014 - - 3.70 0.70 23.87 20.42 1.17 17.87 1.02 1.62 0.39 15693.54 1.65 0.014 - - 3.78 0.73 24.76 20.52 1.21 17.88 1.03 1.67 0.40 16198.92 1.70 0.014 - - 3.86 0.76 25.66 20.62 1.25 17.88 1.03 1.73 0.41 166

104.40 1.75 0.014 - - 3.93 0.79 26.55 20.72 1.28 17.88 1.03 1.78 0.41 171110.00 1.80 0.014 - - 4.01 0.82 27.45 20.82 1.32 17.89 1.03 1.83 0.42 176115.60 1.85 0.014 - - 4.08 0.85 28.34 20.92 1.36 17.89 1.04 1.89 0.43 181121.40 1.90 0.014 - - 4.15 0.88 29.24 21.02 1.39 17.89 1.04 1.94 0.43 186127.20 1.95 0.014 - - 4.22 0.91 30.13 21.12 1.43 17.90 1.04 1.99 0.44 190133.20 2.00 0.014 - - 4.29 0.94 31.03 21.22 1.46 17.90 1.04 2.05 0.44 195139.20 2.05 0.014 - - 4.36 0.97 31.92 21.32 1.50 17.90 1.04 2.10 0.45 200

IRNOQ h Pend n Ir. Geo V V2/2g A C R l Fr hc u* τo


145.30 2.10 0.014 - - 4.43 1.00 32.82 21.42 1.53 17.91 1.05 2.15 0.45 204151.50 2.15 0.014 - - 4.50 1.03 33.71 21.52 1.57 17.91 1.05 2.21 0.46 209157.80 2.20 0.014 - - 4.56 1.06 34.61 21.62 1.60 17.91 1.05 2.26 0.46 214164.20 2.25 0.014 - - 4.62 1.09 35.50 21.72 1.64 17.92 1.05 2.31 0.47 218170.60 2.30 0.014 - - 4.69 1.12 36.40 21.82 1.67 17.92 1.05 2.37 0.47 223177.10 2.35 0.014 - - 4.75 1.15 37.29 21.92 1.70 17.92 1.05 2.42 0.48 227183.70 2.40 0.014 - - 4.81 1.18 38.19 22.02 1.74 17.93 1.05 2.47 0.48 231190.40 2.45 0.014 - - 4.87 1.21 39.09 22.12 1.77 17.93 1.05 2.53 0.49 236197.10 2.50 0.014 - - 4.93 1.24 39.98 22.22 1.80 17.93 1.05 2.58 0.49 240203.90 2.55 0.014 - - 4.99 1.27 40.88 22.32 1.83 17.94 1.06 2.63 0.49 244210.80 2.60 0.014 - - 5.05 1.30 41.78 22.42 1.86 17.94 1.06 2.69 0.50 249217.80 2.65 0.014 - - 5.10 1.33 42.67 22.52 1.90 17.94 1.06 2.74 0.50 253224.80 2.70 0.014 - - 5.16 1.36 43.57 22.62 1.93 17.95 1.06 2.79 0.51 257231.90 2.75 0.014 - - 5.21 1.39 44.47 22.72 1.96 17.95 1.06 2.84 0.51 261239.00 2.80 0.014 - - 5.27 1.42 45.37 22.82 1.99 17.95 1.06 2.90 0.52 265246.20 2.85 0.014 - - 5.32 1.44 46.26 22.92 2.02 17.96 1.06 2.95 0.52 269253.50 2.90 0.014 - - 5.38 1.47 47.16 23.02 2.05 17.96 1.06 3.00 0.52 273260.80 2.95 0.014 - - 5.43 1.50 48.06 23.12 2.08 17.96 1.06 3.06 0.53 277268.30 3.00 0.014 - - 5.48 1.53 48.96 23.22 2.11 17.97 1.06 3.11 0.53 281

IRNOFiume IRNOTRASPORTO SOLIDO


11.97 0.65 0.31 8 8.17E-03 3.74E-02 4.56E-02 3.34 22.92 0.02578 3.09E-01 0.03 12.60 1623.66 1.97E-0114.59 0.70 0.32 8 1.13E-02 5.27E-02 6.40E-02 3.55 28.14 0.02990 4.36E-01 0.03 14.60 2430.59 3.09E-0117.40 0.75 0.32 7 1.51E-02 7.10E-02 8.60E-02 3.76 33.73 0.03406 5.93E-01 0.03 16.57 3431.70 4.53E-0120.40 0.80 0.32 7 1.94E-02 9.25E-02 1.12E-01 3.95 39.69 0.03828 7.81E-01 0.03 18.50 4635.35 6.33E-0123.57 0.85 0.33 7 2.43E-02 1.17E-01 1.41E-01 4.14 45.93 0.04251 1.00E+00 0.03 20.39 6045.57 8.48E-0126.91 0.90 0.33 6 2.98E-02 1.45E-01 1.75E-01 4.31 52.52 0.04681 1.26E+00 0.03 22.25 7675.03 1.10E+0030.41 0.95 0.33 6 3.58E-02 1.77E-01 2.12E-01 4.48 59.36 0.05110 1.55E+00 0.03 24.08 9525.16 1.40E+0034.06 1.00 0.34 6 4.24E-02 2.11E-01 2.54E-01 4.64 66.50 0.05543 1.89E+00 0.03 25.89 11609.64 1.74E+0037.87 1.05 0.34 6 4.95E-02 2.49E-01 2.99E-01 4.80 73.86 0.05975 2.26E+00 0.03 27.67 13924.08 2.12E+0041.81 1.10 0.34 6 5.72E-02 2.91E-01 3.48E-01 4.95 81.46 0.06409 2.68E+00 0.03 29.43 16467.38 2.55E+0045.90 1.15 0.34 5 6.54E-02 3.36E-01 4.01E-01 5.10 89.31 0.06846 3.14E+00 0.03 31.17 19258.71 3.02E+0050.12 1.20 0.34 5 7.41E-02 3.83E-01 4.57E-01 5.24 97.32 0.07278 3.65E+00 0.03 32.89 22262.85 3.53E+0054.47 1.25 0.34 5 8.33E-02 4.35E-01 5.18E-01 5.37 105.56 0.07713 4.20E+00 0.03 34.59 25519.73 4.09E+0058.94 1.30 0.35 5 9.31E-02 4.89E-01 5.82E-01 5.50 113.99 0.08148 4.80E+00 0.03 36.26 29012.65 4.70E+0063.54 1.35 0.35 5 1.03E-01 5.47E-01 6.50E-01 5.63 122.61 0.08584 5.45E+00 0.03 37.92 32765.09 5.36E+0068.26 1.40 0.35 5 1.14E-01 6.08E-01 7.22E-01 5.76 131.35 0.09016 6.15E+00 0.03 39.56 36699.58 6.06E+0073.10 1.45 0.35 5 1.25E-01 6.72E-01 7.97E-01 5.88 140.26 0.09452 6.91E+00 0.03 41.16 40874.23 6.80E+0078.05 1.50 0.35 5 1.37E-01 7.39E-01 8.76E-01 6.00 149.30 0.09881 7.71E+00 0.03 42.77 45316.78 7.59E+0083.11 1.55 0.35 4 1.49E-01 8.09E-01 9.58E-01 6.11 158.58 0.10312 8.57E+00 0.03 44.37 50008.41 8.44E+0088.27 1.60 0.35 4 1.61E-01 8.82E-01 1.04E+00 6.22 167.89 0.10741 9.48E+00 0.03 45.93 54868.77 9.31E+0093.54 1.65 0.36 4 1.74E-01 9.58E-01 1.13E+00 6.33 177.35 0.11168 1.04E+01 0.03 47.50 60019.79 1.02E+0198.92 1.70 0.36 4 1.87E-01 1.04E+00 1.22E+00 6.44 187.01 0.11593 1.15E+01 0.03 49.05 65404.89 1.12E+01104.40 1.75 0.36 4 2.01E-01 1.12E+00 1.32E+00 6.55 196.73 0.12021 1.26E+01 0.03 50.57 70965.66 1.23E+01110.00 1.80 0.36 4 2.15E-01 1.20E+00 1.42E+00 6.65 206.51 0.12441 1.37E+01 0.03 52.09 76750.11 1.33E+01115.60 1.85 0.36 4 2.29E-01 1.29E+00 1.52E+00 6.75 216.38 0.12866 1.49E+01 0.03 53.56 82684.41 1.44E+01121.40 1.90 0.36 4 2.44E-01 1.38E+00 1.63E+00 6.85 226.35 0.13286 1.61E+01 0.03 55.03 88819.08 1.56E+01127.20 1.95 0.36 4 2.59E-01 1.47E+00 1.73E+00 6.94 236.47 0.13705 1.74E+01 0.03 56.51 95307.75 1.68E+01133.20 2.00 0.36 4 2.74E-01 1.57E+00 1.84E+00 7.04 246.59 0.14125 1.88E+01 0.03 57.94 101808.15 1.80E+01139.20 2.05 0.36 4 2.90E-01 1.67E+00 1.96E+00 7.13 256.78 0.14538 2.02E+01 0.03 59.37 108551.46 1.92E+01

Ackers-Whitevan Rijn Engelund

IRNOQ h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s

145.30 2.10 0.36 4 3.06E-01 1.77E+00 2.07E+00 7.22 267.18 0.14953 2.17E+01 0.02 60.80 115633.83 2.06E+01151.50 2.15 0.36 4 3.22E-01 1.87E+00 2.19E+00 7.31 277.63 0.15360 2.33E+01 0.02 62.23 122898.32 2.19E+01157.80 2.20 0.37 4 3.39E-01 1.98E+00 2.32E+00 7.39 288.05 0.15769 2.49E+01 0.02 63.62 130175.26 2.33E+01164.20 2.25 0.37 4 3.55E-01 2.08E+00 2.44E+00 7.48 298.58 0.16175 2.66E+01 0.02 65.01 137809.96 2.47E+01170.60 2.30 0.37 4 3.73E-01 2.19E+00 2.57E+00 7.56 309.04 0.16582 2.83E+01 0.02 66.35 145352.69 2.62E+01177.10 2.35 0.37 4 3.90E-01 2.31E+00 2.70E+00 7.65 319.78 0.16983 3.01E+01 0.02 67.74 153394.02 2.77E+01183.70 2.40 0.37 3 4.07E-01 2.42E+00 2.83E+00 7.73 330.44 0.17385 3.19E+01 0.02 69.08 161487.61 2.92E+01190.40 2.45 0.37 3 4.25E-01 2.54E+00 2.96E+00 7.81 341.11 0.17792 3.39E+01 0.02 70.39 169544.33 3.08E+01197.10 2.50 0.37 3 4.43E-01 2.66E+00 3.10E+00 7.88 351.95 0.18179 3.58E+01 0.02 71.73 178039.77 3.24E+01203.90 2.55 0.37 3 4.62E-01 2.78E+00 3.24E+00 7.96 362.68 0.18576 3.79E+01 0.02 73.04 186556.93 3.40E+01210.80 2.60 0.37 3 4.80E-01 2.90E+00 3.38E+00 8.04 373.58 0.18965 4.00E+01 0.02 74.34 195256.91 3.57E+01217.80 2.65 0.37 3 4.99E-01 3.02E+00 3.52E+00 8.11 384.37 0.19365 4.22E+01 0.02 75.61 203937.55 3.74E+01224.80 2.70 0.37 3 5.18E-01 3.15E+00 3.67E+00 8.18 395.40 0.19747 4.44E+01 0.02 76.91 213162.74 3.91E+01231.90 2.75 0.37 3 5.37E-01 3.28E+00 3.82E+00 8.26 406.31 0.20131 4.67E+01 0.02 78.17 222187.27 4.09E+01239.00 2.80 0.37 3 5.56E-01 3.41E+00 3.97E+00 8.33 417.18 0.20519 4.90E+01 0.02 79.39 231188.11 4.26E+01246.20 2.85 0.37 3 5.76E-01 3.54E+00 4.12E+00 8.40 428.18 0.20896 5.14E+01 0.02 80.65 240760.87 4.45E+01253.50 2.90 0.37 3 5.95E-01 3.67E+00 4.27E+00 8.46 439.14 0.21277 5.39E+01 0.02 81.88 250114.50 4.63E+01260.80 2.95 0.37 3 6.15E-01 3.81E+00 4.43E+00 8.53 450.23 0.21660 5.65E+01 0.02 83.10 259729.74 4.82E+01268.30 3.00 0.37 3 6.35E-01 3.95E+00 4.58E+00 8.60 461.26 0.22034 5.91E+01 0.02 84.32 269564.10 5.01E+01

C.dur.-Irno

Fiume Irno



Q medsez. a b q 0

Irno - regionalizzata

0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Irno


Q d S_AlbVOLUME m3



C.dur.-Irno


VOLUME m3



54 0.148 -1.047 144.026 1.588 53.852 250 986 66355 0.150 -1.035 142.275 1.569 54.850 246 967 64956 0.153 -1.024 140.570 1.550 55.847 241 947 63657 0.156 -1.012 138.908 1.532 56.844 237 929 62358 0.158 -1.001 137.288 1.514 57.842 233 911 61059 0.161 -0.990 135.707 1.497 58.839 229 893 59860 0.164 -0.978 134.165 1.480 59.836 226 876 58661 0.167 -0.967 132.660 1.463 60.833 222 860 57562 0.169 -0.957 131.189 1.447 61.831 218 844 56463 0.172 -0.946 129.753 1.431 62.828 215 829 55364 0.175 -0.935 128.350 1.416 63.825 211 814 54265 0.178 -0.925 126.978 1.400 64.822 208 799 53266 0.180 -0.914 125.636 1.386 65.820 205 785 52367 0.183 -0.904 124.324 1.371 66.817 202 772 51368 0.186 -0.894 123.040 1.357 67.814 199 758 50469 0.189 -0.883 121.783 1.343 68.811 196 745 49570 0.191 -0.873 120.552 1.330 69.809 193 733 48671 0.194 -0.863 119.346 1.316 70.806 190 721 47872 0.197 -0.853 118.166 1.303 71.803 188 709 47073 0.199 -0.844 117.008 1.290 72.801 185 697 46274 0.202 -0.834 115.874 1.278 73.798 182 686 45475 0.205 -0.824 114.762 1.266 74.795 180 675 44676 0.208 -0.815 113.672 1.254 75.792 177 664 43977 0.210 -0.805 112.602 1.242 76.790 175 654 43278 0.213 -0.796 111.552 1.230 77.787 173 644 42579 0.216 -0.786 110.522 1.219 78.784 170 634 41880 0.219 -0.777 109.511 1.208 79.781 168 624 41181 0.221 -0.768 108.518 1.197 80.779 166 615 40582 0.224 -0.759 107.544 1.186 81.776 164 606 39983 0.227 -0.750 106.586 1.176 82.773 161 597 39284 0.230 -0.740 105.645 1.165 83.770 159 588 38685 0.232 -0.731 104.721 1.155 84.768 157 579 38086 0.235 -0.723 103.812 1.145 85.765 155 571 37587 0.238 -0.714 102.919 1.135 86.762 153 563 36988 0.240 -0.705 102.041 1.125 87.760 152 555 36489 0.243 -0.696 101.178 1.116 88.757 150 547 35890 0.246 -0.687 100.328 1.106 89.754 148 539 35391 0.249 -0.679 99.493 1.097 90.751 146 532 34892 0.251 -0.670 98.671 1.088 91.749 144 524 34393 0.254 -0.662 97.862 1.079 92.746 143 517 33894 0.257 -0.653 97.066 1.071 93.743 141 510 33395 0.260 -0.645 96.282 1.062 94.740 139 503 32996 0.262 -0.636 95.510 1.053 95.738 138 497 32497 0.265 -0.628 94.750 1.045 96.735 136 490 32098 0.268 -0.620 94.002 1.037 97.732 135 484 31599 0.270 -0.611 93.265 1.029 98.730 133 477 311

100 0.273 -0.603 92.539 1.021 99.727 132 471 307101 0.276 -0.595 91.824 1.013 100.724 130 465 303102 0.279 -0.587 91.119 1.005 101.721 129 459 299103 0.281 -0.579 90.424 0.997 102.719 127 453 295104 0.284 -0.571 89.739 0.990 103.716 126 448 291105 0.287 -0.563 89.064 0.982 104.713 124 442 287106 0.290 -0.555 88.399 0.975 105.710 123 437 283

C.dur.-Irno


VOLUME m3



107 0.292 -0.547 87.742 0.968 106.708 122 431 280108 0.295 -0.539 87.095 0.961 107.705 120 426 276109 0.298 -0.531 86.457 0.954 108.702 119 421 272110 0.301 -0.523 85.827 0.947 109.699 118 416 269111 0.303 -0.515 85.206 0.940 110.697 117 411 266112 0.306 -0.507 84.593 0.933 111.694 115 406 262113 0.309 -0.499 83.988 0.926 112.691 114 401 259114 0.311 -0.492 83.391 0.920 113.689 113 396 256115 0.314 -0.484 82.802 0.913 114.686 112 391 253116 0.317 -0.476 82.221 0.907 115.683 111 387 250117 0.320 -0.469 81.647 0.900 116.680 110 382 247118 0.322 -0.461 81.080 0.894 117.678 109 378 244119 0.325 -0.453 80.520 0.888 118.675 107 373 241120 0.328 -0.446 79.968 0.882 119.672 106 369 238121 0.331 -0.438 79.422 0.876 120.669 105 365 235122 0.333 -0.431 78.883 0.870 121.667 104 361 232123 0.336 -0.423 78.350 0.864 122.664 103 357 230124 0.339 -0.416 77.824 0.858 123.661 102 353 227125 0.342 -0.408 77.305 0.853 124.658 101 349 224126 0.344 -0.401 76.791 0.847 125.656 100 345 222127 0.347 -0.393 76.284 0.841 126.653 99 341 219128 0.350 -0.386 75.782 0.836 127.650 98 338 217129 0.352 -0.379 75.287 0.830 128.648 97 334 214130 0.355 -0.371 74.797 0.825 129.645 97 330 212131 0.358 -0.364 74.313 0.820 130.642 96 327 209132 0.361 -0.357 73.834 0.814 131.639 95 323 207133 0.363 -0.349 73.361 0.809 132.637 94 320 205134 0.366 -0.342 72.893 0.804 133.634 93 316 202135 0.369 -0.335 72.430 0.799 134.631 92 313 200136 0.372 -0.328 71.972 0.794 135.628 91 310 198137 0.374 -0.320 71.520 0.789 136.626 90 306 196138 0.377 -0.313 71.072 0.784 137.623 90 303 194139 0.380 -0.306 70.629 0.779 138.620 89 300 192140 0.383 -0.299 70.191 0.774 139.617 88 297 189141 0.385 -0.292 69.758 0.769 140.615 87 294 187142 0.388 -0.285 69.329 0.765 141.612 86 291 185143 0.391 -0.277 68.905 0.760 142.609 86 288 183144 0.393 -0.270 68.486 0.755 143.607 85 285 182145 0.396 -0.263 68.070 0.751 144.604 84 282 180146 0.399 -0.256 67.659 0.746 145.601 83 279 178147 0.402 -0.249 67.252 0.742 146.598 83 276 176148 0.404 -0.242 66.850 0.737 147.596 82 274 174149 0.407 -0.235 66.451 0.733 148.593 81 271 172150 0.410 -0.228 66.056 0.729 149.590 81 268 170151 0.413 -0.221 65.666 0.724 150.587 80 266 169152 0.415 -0.214 65.279 0.720 151.585 79 263 167153 0.418 -0.207 64.896 0.716 152.582 79 261 165154 0.421 -0.200 64.517 0.712 153.579 78 258 164155 0.423 -0.193 64.142 0.707 154.577 77 255 162156 0.426 -0.186 63.770 0.703 155.574 77 253 160157 0.429 -0.179 63.402 0.699 156.571 76 251 159158 0.432 -0.172 63.037 0.695 157.568 75 248 157159 0.434 -0.165 62.676 0.691 158.566 75 246 156

C.dur.-Irno


VOLUME m3



160 0.437 -0.158 62.318 0.687 159.563 74 243 154161 0.440 -0.151 61.963 0.683 160.560 73 241 152162 0.443 -0.144 61.612 0.680 161.557 73 239 151163 0.445 -0.137 61.264 0.676 162.555 72 237 149164 0.448 -0.130 60.920 0.672 163.552 72 234 148165 0.451 -0.124 60.578 0.668 164.549 71 232 147166 0.454 -0.117 60.240 0.664 165.546 71 230 145167 0.456 -0.110 59.904 0.661 166.544 70 228 144168 0.459 -0.103 59.572 0.657 167.541 69 226 142169 0.462 -0.096 59.243 0.653 168.538 69 224 141170 0.464 -0.089 58.916 0.650 169.536 68 222 140171 0.467 -0.082 58.593 0.646 170.533 68 220 138172 0.470 -0.075 58.272 0.643 171.530 67 218 137173 0.473 -0.069 57.954 0.639 172.527 67 216 136174 0.475 -0.062 57.639 0.636 173.525 66 214 134175 0.478 -0.055 57.327 0.632 174.522 66 212 133176 0.481 -0.048 57.017 0.629 175.519 65 210 132177 0.484 -0.041 56.710 0.625 176.516 65 208 131178 0.486 -0.034 56.406 0.622 177.514 64 206 129179 0.489 -0.027 56.104 0.619 178.511 64 204 128180 0.492 -0.021 55.805 0.615 179.508 63 202 127181 0.495 -0.014 55.508 0.612 180.505 63 201 126182 0.497 -0.007 55.213 0.609 181.503 62 199 125183 0.500 0.000 54.922 0.606 182.500 62 197 124184 0.503 0.007 54.632 0.603 183.497 61 195 122185 0.505 0.014 54.345 0.599 184.495 61 194 121186 0.508 0.021 54.060 0.596 185.492 60 192 120187 0.511 0.027 53.777 0.593 186.489 60 190 119188 0.514 0.034 53.497 0.590 187.486 59 189 118189 0.516 0.041 53.219 0.587 188.484 59 187 117190 0.519 0.048 52.943 0.584 189.481 58 185 116191 0.522 0.055 52.670 0.581 190.478 58 184 115192 0.525 0.062 52.398 0.578 191.475 58 182 114193 0.527 0.069 52.129 0.575 192.473 57 181 113194 0.530 0.075 51.862 0.572 193.470 57 179 112195 0.533 0.082 51.596 0.569 194.467 56 178 111196 0.536 0.089 51.333 0.566 195.464 56 176 110197 0.538 0.096 51.072 0.563 196.462 55 175 109198 0.541 0.103 50.813 0.560 197.459 55 173 108199 0.544 0.110 50.556 0.558 198.456 55 172 107200 0.546 0.117 50.300 0.555 199.454 54 170 106201 0.549 0.124 50.047 0.552 200.451 54 169 105202 0.552 0.130 49.795 0.549 201.448 53 167 104203 0.555 0.137 49.546 0.546 202.445 53 166 103204 0.557 0.144 49.298 0.544 203.443 53 165 102205 0.560 0.151 49.052 0.541 204.440 52 163 101206 0.563 0.158 48.808 0.538 205.437 52 162 101207 0.566 0.165 48.565 0.536 206.434 52 161 100208 0.568 0.172 48.324 0.533 207.432 51 159 99209 0.571 0.179 48.085 0.530 208.429 51 158 98210 0.574 0.186 47.848 0.528 209.426 50 157 97211 0.577 0.193 47.613 0.525 210.423 50 155 96212 0.579 0.200 47.379 0.523 211.421 50 154 96

C.dur.-Irno


VOLUME m3



213 0.582 0.207 47.146 0.520 212.418 49 153 95214 0.585 0.214 46.916 0.517 213.415 49 152 94215 0.587 0.221 46.686 0.515 214.413 49 150 93216 0.590 0.228 46.459 0.512 215.410 48 149 92217 0.593 0.235 46.233 0.510 216.407 48 148 92218 0.596 0.242 46.008 0.507 217.404 48 147 91219 0.598 0.249 45.786 0.505 218.402 47 145 90220 0.601 0.256 45.564 0.503 219.399 47 144 89221 0.604 0.263 45.344 0.500 220.396 47 143 88222 0.607 0.270 45.126 0.498 221.393 46 142 88223 0.609 0.277 44.909 0.495 222.391 46 141 87224 0.612 0.285 44.693 0.493 223.388 46 140 86225 0.615 0.292 44.479 0.491 224.385 45 139 86226 0.617 0.299 44.266 0.488 225.383 45 138 85227 0.620 0.306 44.054 0.486 226.380 45 136 84228 0.623 0.313 43.844 0.484 227.377 44 135 83229 0.626 0.320 43.636 0.481 228.374 44 134 83230 0.628 0.328 43.428 0.479 229.372 44 133 82231 0.631 0.335 43.222 0.477 230.369 44 132 81232 0.634 0.342 43.017 0.474 231.366 43 131 81233 0.637 0.349 42.814 0.472 232.363 43 130 80234 0.639 0.357 42.611 0.470 233.361 43 129 79235 0.642 0.364 42.410 0.468 234.358 42 128 79236 0.645 0.371 42.211 0.466 235.355 42 127 78237 0.648 0.379 42.012 0.463 236.352 42 126 77238 0.650 0.386 41.815 0.461 237.350 42 125 77239 0.653 0.393 41.618 0.459 238.347 41 124 76240 0.656 0.401 41.423 0.457 239.344 41 123 76241 0.658 0.408 41.230 0.455 240.342 41 122 75242 0.661 0.416 41.037 0.453 241.339 40 121 74243 0.664 0.423 40.845 0.450 242.336 40 120 74244 0.667 0.431 40.655 0.448 243.333 40 119 73245 0.669 0.438 40.465 0.446 244.331 40 118 73246 0.672 0.446 40.277 0.444 245.328 39 117 72247 0.675 0.453 40.090 0.442 246.325 39 117 71248 0.678 0.461 39.904 0.440 247.322 39 116 71249 0.680 0.469 39.719 0.438 248.320 39 115 70250 0.683 0.476 39.535 0.436 249.317 38 114 70251 0.686 0.484 39.352 0.434 250.314 38 113 69252 0.689 0.492 39.170 0.432 251.311 38 112 69253 0.691 0.499 38.989 0.430 252.309 37 111 68254 0.694 0.507 38.808 0.428 253.306 37 110 67255 0.697 0.515 38.629 0.426 254.303 37 110 67256 0.699 0.523 38.451 0.424 255.301 37 109 66257 0.702 0.531 38.274 0.422 256.298 36 108 66258 0.705 0.539 38.098 0.420 257.295 36 107 65259 0.708 0.547 37.923 0.418 258.292 36 106 65260 0.710 0.555 37.748 0.416 259.290 36 105 64261 0.713 0.563 37.575 0.414 260.287 36 105 64262 0.716 0.571 37.402 0.413 261.284 35 104 63263 0.719 0.579 37.231 0.411 262.281 35 103 63264 0.721 0.587 37.060 0.409 263.279 35 102 62265 0.724 0.595 36.890 0.407 264.276 35 101 62

C.dur.-Irno


VOLUME m3



266 0.727 0.603 36.721 0.405 265.273 34 101 61267 0.730 0.611 36.552 0.403 266.270 34 100 61268 0.732 0.620 36.385 0.401 267.268 34 99 60269 0.735 0.628 36.218 0.399 268.265 34 98 60270 0.738 0.636 36.052 0.398 269.262 33 98 59271 0.740 0.645 35.887 0.396 270.260 33 97 59272 0.743 0.653 35.723 0.394 271.257 33 96 58273 0.746 0.662 35.559 0.392 272.254 33 95 58274 0.749 0.670 35.397 0.390 273.251 33 95 57275 0.751 0.679 35.235 0.389 274.249 32 94 57276 0.754 0.687 35.073 0.387 275.246 32 93 57277 0.757 0.696 34.913 0.385 276.243 32 92 56278 0.760 0.705 34.753 0.383 277.240 32 92 56279 0.762 0.714 34.594 0.382 278.238 32 91 55280 0.765 0.723 34.435 0.380 279.235 31 90 55281 0.768 0.731 34.277 0.378 280.232 31 90 54282 0.770 0.740 34.120 0.376 281.230 31 89 54283 0.773 0.750 33.964 0.375 282.227 31 88 53284 0.776 0.759 33.808 0.373 283.224 30 88 53285 0.779 0.768 33.653 0.371 284.221 30 87 53286 0.781 0.777 33.498 0.369 285.219 30 86 52287 0.784 0.786 33.344 0.368 286.216 30 86 52288 0.787 0.796 33.191 0.366 287.213 30 85 51289 0.790 0.805 33.038 0.364 288.210 29 84 51290 0.792 0.815 32.885 0.363 289.208 29 84 51291 0.795 0.824 32.734 0.361 290.205 29 83 50292 0.798 0.834 32.583 0.359 291.202 29 82 50293 0.801 0.844 32.432 0.358 292.199 29 82 49294 0.803 0.853 32.282 0.356 293.197 29 81 49295 0.806 0.863 32.133 0.354 294.194 28 81 49296 0.809 0.873 31.984 0.353 295.191 28 80 48297 0.811 0.883 31.835 0.351 296.189 28 79 48298 0.814 0.894 31.687 0.349 297.186 28 79 47299 0.817 0.904 31.539 0.348 298.183 28 78 47300 0.820 0.914 31.392 0.346 299.180 27 77 47301 0.822 0.925 31.246 0.345 300.178 27 77 46302 0.825 0.935 31.099 0.343 301.175 27 76 46303 0.828 0.946 30.954 0.341 302.172 27 76 45304 0.831 0.957 30.808 0.340 303.169 27 75 45305 0.833 0.967 30.663 0.338 304.167 26 74 45306 0.836 0.978 30.518 0.337 305.164 26 74 44307 0.839 0.990 30.374 0.335 306.161 26 73 44308 0.842 1.001 30.230 0.333 307.158 26 73 44309 0.844 1.012 30.086 0.332 308.156 26 72 43310 0.847 1.024 29.943 0.330 309.153 26 72 43311 0.850 1.035 29.800 0.329 310.150 25 71 43312 0.852 1.047 29.657 0.327 311.148 25 70 42313 0.855 1.059 29.515 0.326 312.145 25 70 42314 0.858 1.071 29.373 0.324 313.142 25 69 42315 0.861 1.083 29.231 0.322 314.139 25 69 41316 0.863 1.096 29.089 0.321 315.137 25 68 41317 0.866 1.108 28.947 0.319 316.134 24 68 40318 0.869 1.121 28.806 0.318 317.131 24 67 40

C.dur.-Irno


VOLUME m3



319 0.872 1.134 28.665 0.316 318.128 24 67 40320 0.874 1.147 28.523 0.315 319.126 24 66 39321 0.877 1.160 28.382 0.313 320.123 24 65 39322 0.880 1.174 28.241 0.311 321.120 23 65 39323 0.883 1.188 28.101 0.310 322.117 23 64 38324 0.885 1.202 27.960 0.308 323.115 23 64 38325 0.888 1.216 27.819 0.307 324.112 23 63 38326 0.891 1.230 27.678 0.305 325.109 23 63 37327 0.893 1.245 27.537 0.304 326.107 23 62 37328 0.896 1.260 27.396 0.302 327.104 22 62 37329 0.899 1.275 27.255 0.301 328.101 22 61 36330 0.902 1.291 27.113 0.299 329.098 22 61 36331 0.904 1.307 26.972 0.297 330.096 22 60 36332 0.907 1.323 26.830 0.296 331.093 22 60 35333 0.910 1.340 26.688 0.294 332.090 22 59 35334 0.913 1.357 26.546 0.293 333.087 21 59 35335 0.915 1.374 26.403 0.291 334.085 21 58 34336 0.918 1.392 26.260 0.290 335.082 21 57 34337 0.921 1.410 26.116 0.288 336.079 21 57 34338 0.923 1.429 25.972 0.286 337.077 21 56 34339 0.926 1.448 25.827 0.285 338.074 21 56 33340 0.929 1.468 25.682 0.283 339.071 20 55 33341 0.932 1.489 25.536 0.282 340.068 20 55 33342 0.934 1.510 25.388 0.280 341.066 20 54 32343 0.937 1.531 25.240 0.278 342.063 20 54 32344 0.940 1.554 25.091 0.277 343.060 20 53 32345 0.943 1.577 24.941 0.275 344.057 20 53 31346 0.945 1.601 24.789 0.273 345.055 19 52 31347 0.948 1.627 24.636 0.272 346.052 19 52 31348 0.951 1.653 24.481 0.270 347.049 19 51 30349 0.954 1.680 24.324 0.268 348.046 19 51 30350 0.956 1.709 24.165 0.267 349.044 19 50 30351 0.959 1.739 24.004 0.265 350.041 19 49 29352 0.962 1.771 23.840 0.263 351.038 18 49 29353 0.964 1.805 23.673 0.261 352.036 18 48 29354 0.967 1.841 23.502 0.259 353.033 18 48 28355 0.970 1.880 23.327 0.257 354.030 18 47 28356 0.973 1.922 23.148 0.255 355.027 18 47 27357 0.975 1.967 22.963 0.253 356.025 17 46 27358 0.978 2.017 22.770 0.251 357.022 17 45 27359 0.981 2.072 22.570 0.249 358.019 17 45 26360 0.984 2.135 22.359 0.247 359.016 17 44 26361 0.986 2.207 22.134 0.244 360.014 16 43 25362 0.989 2.293 21.891 0.241 361.011 16 42 25363 0.992 2.400 21.621 0.238 362.008 16 42 24364 0.995 2.545 21.307 0.235 363.005 16 41 24365 0.997 2.778 20.903 0.231 364.003 15 39 23

SELEFiume SELE

IDRAULICA

Κστ 29S= 0.001g= 9.81


1.34 1.67 114.5 10


Dgr= 12.635n= 0.383A= 0.205m= 2.211C= 0.027



y = 8E-05x1.4058

R2 = 1

y = 1E-05x1.5196

R2 = 0.9994

y = 5E-06x1.7576

R2 = 0.9991

0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

0 500 1000 1500 2000 2500 3000 3500 4000


0

2

4

6

8

10

12

0 20 40 60 80 100 120

SELEFiume SELE

IDRAULICA


583.10 4.00 0.001 - - 1.80 0.16 324.80 116.00 2.80 113.60 0.34 1.88 0.17 27616.80 4.10 0.001 - - 1.84 0.17 336.10 116.20 2.89 113.60 0.34 1.96 0.17 28651.10 4.20 0.001 - - 1.87 0.18 347.50 116.40 2.99 113.60 0.34 2.03 0.17 29686.20 4.30 0.001 - - 1.91 0.19 358.90 116.60 3.08 113.60 0.34 2.10 0.17 30722.00 4.40 0.001 - - 1.95 0.19 370.20 116.80 3.17 113.60 0.35 2.17 0.18 31758.40 4.50 0.001 - - 1.99 0.20 381.60 117.00 3.26 113.60 0.35 2.24 0.18 32795.50 4.60 0.001 - - 2.02 0.21 393.00 117.20 3.35 113.70 0.35 2.31 0.18 33833.30 4.70 0.001 - - 2.06 0.22 404.30 117.40 3.45 113.70 0.35 2.38 0.18 34871.70 4.80 0.001 - - 2.10 0.22 415.70 117.60 3.54 113.70 0.35 2.45 0.19 35910.80 4.90 0.001 - - 2.13 0.23 427.10 117.80 3.63 113.70 0.35 2.52 0.19 36950.50 5.00 0.001 - - 2.17 0.24 438.40 118.00 3.72 113.70 0.35 2.59 0.19 36990.80 5.10 0.001 - - 2.20 0.25 449.80 118.20 3.81 113.70 0.35 2.66 0.19 371032.00 5.20 0.001 - - 2.24 0.26 461.20 118.40 3.90 113.80 0.35 2.73 0.20 381073.00 5.30 0.001 - - 2.27 0.26 472.60 118.60 3.99 113.80 0.36 2.81 0.20 391115.00 5.40 0.001 - - 2.31 0.27 483.90 118.80 4.08 113.80 0.36 2.88 0.20 401158.00 5.50 0.001 - - 2.34 0.28 495.30 119.00 4.16 113.80 0.36 2.95 0.20 411202.00 5.60 0.001 - - 2.37 0.29 506.70 119.20 4.25 113.80 0.36 3.02 0.20 421245.00 5.70 0.001 - - 2.40 0.29 518.10 119.40 4.34 113.80 0.36 3.09 0.21 431290.00 5.80 0.001 - - 2.44 0.30 529.50 119.60 4.43 113.80 0.36 3.16 0.21 431335.00 5.90 0.001 - - 2.47 0.31 540.80 119.80 4.52 113.90 0.36 3.23 0.21 441381.00 6.00 0.001 - - 2.50 0.32 552.20 120.00 4.60 113.90 0.36 3.30 0.21 451427.00 6.10 0.001 - - 2.53 0.33 563.60 120.20 4.69 113.90 0.36 3.66 0.21 461474.00 6.20 0.001 - - 2.56 0.33 575.00 120.40 4.78 113.90 0.36 3.72 0.22 471521.00 6.30 0.001 - - 2.59 0.34 586.40 120.60 4.86 113.90 0.37 3.77 0.22 481569.00 6.40 0.001 - - 2.62 0.35 597.80 120.80 4.95 113.90 0.37 3.83 0.22 491617.00 6.50 0.001 - - 2.65 0.36 609.20 121.00 5.04 114.00 0.37 3.88 0.22 491666.00 6.60 0.001 - - 2.68 0.37 620.60 121.20 5.12 114.00 0.37 3.94 0.22 501715.00 6.70 0.001 - - 2.71 0.38 632.00 121.40 5.21 114.00 0.37 3.99 0.23 511765.00 6.80 0.001 - - 2.74 0.38 643.40 121.60 5.29 114.00 0.37 4.05 0.23 521816.00 6.90 0.001 - - 2.77 0.39 654.80 121.80 5.38 114.00 0.37 4.11 0.23 531867.00 7.00 0.001 - - 2.80 0.40 666.20 122.00 5.46 114.00 0.37 4.16 0.23 541918.00 7.10 0.001 - - 2.83 0.41 677.60 122.20 5.55 114.00 0.37 4.22 0.23 54



1970.00 7.20 0.001 - - 2.86 0.42 689.00 122.40 5.63 114.10 0.37 4.27 0.24 552023.00 7.30 0.001 - - 2.89 0.43 700.40 122.60 5.71 114.10 0.37 4.33 0.24 562075.00 7.40 0.001 - - 2.92 0.43 711.80 122.80 5.80 114.10 0.37 4.38 0.24 572129.00 7.50 0.001 - - 2.94 0.44 723.20 123.00 5.88 114.10 0.37 4.44 0.24 582183.00 7.60 0.001 - - 2.97 0.45 734.60 123.20 5.96 114.10 0.37 4.49 0.24 592237.00 7.70 0.001 - - 3.00 0.46 746.00 123.40 6.05 114.10 0.37 4.55 0.24 592292.00 7.80 0.001 - - 3.03 0.47 757.50 123.60 6.13 114.20 0.38 4.60 0.25 602347.00 7.90 0.001 - - 3.05 0.48 768.90 123.80 6.21 114.20 0.38 4.66 0.25 612403.00 8.00 0.001 - - 3.08 0.48 780.30 124.00 6.29 114.20 0.38 4.72 0.25 622459.00 8.10 0.001 - - 3.11 0.49 791.70 124.20 6.38 114.20 0.38 4.77 0.25 632516.00 8.20 0.001 - - 3.13 0.50 803.10 124.40 6.46 114.20 0.38 4.83 0.25 632573.00 8.30 0.001 - - 3.16 0.51 814.60 124.60 6.54 114.20 0.38 4.88 0.25 642631.00 8.40 0.001 - - 3.19 0.52 826.00 124.80 6.62 114.20 0.38 4.94 0.25 652689.00 8.50 0.001 - - 3.21 0.53 837.40 125.00 6.70 114.30 0.38 4.99 0.26 662747.00 8.60 0.001 - - 3.24 0.53 848.80 125.20 6.78 114.30 0.38 5.05 0.26 672806.00 8.70 0.001 - - 3.26 0.54 860.30 125.40 6.86 114.30 0.38 5.10 0.26 672866.00 8.80 0.001 - - 3.29 0.55 871.70 125.60 6.94 114.30 0.38 5.16 0.26 682926.00 8.90 0.001 - - 3.31 0.56 883.10 125.80 7.02 114.30 0.38 5.22 0.26 692986.00 9.00 0.001 - - 3.34 0.57 894.60 126.00 7.10 114.30 0.38 5.27 0.26 703046.00 9.10 0.0010 - - 3.36 0.58 906.00 126.20 7.18 114.40 0.38 5.33 0.27 703108.00 9.20 0.0010 - - 3.39 0.59 917.40 126.40 7.26 114.40 0.38 5.38 0.27 713169.00 9.30 0.0010 - - 3.41 0.59 928.90 126.60 7.34 114.40 0.38 5.44 0.27 723231.00 9.40 0.0010 - - 3.44 0.60 940.30 126.80 7.42 114.40 0.38 5.50 0.27 733293.00 9.50 0.0010 - - 3.46 0.61 951.70 127.00 7.50 114.40 0.38 5.55 0.27 743356.00 9.60 0.0010 - - 3.48 0.62 963.20 127.20 7.57 114.40 0.38 5.61 0.27 743419.00 9.70 0.0010 - - 3.51 0.63 974.60 127.40 7.65 114.50 0.38 5.66 0.27 753483.00 9.80 0.0010 - - 3.53 0.64 986.10 127.60 7.73 114.50 0.38 5.72 0.28 763547.00 9.90 0.0010 - - 3.56 0.64 997.50 127.80 7.81 114.50 0.38 5.77 0.28 773611.00 10.00 0.0010 - - 3.58 0.65 1009.00 128.00 7.88 114.50 0.39 5.83 0.28 77

SELEFiume SELE

TRASPORTO SOLIDO


583.10 4.00 0.39 2 4.45E-02 1.41E-01 1.85E-01 1.70 2.16 0.00102 5.93E-01 0.02 3.05 93.33 3.41E-01616.80 4.10 0.39 2 4.88E-02 1.55E-01 2.04E-01 1.73 2.26 0.00104 6.43E-01 0.02 3.17 103.46 3.81E-01651.10 4.20 0.39 2 5.32E-02 1.70E-01 2.23E-01 1.77 2.37 0.00107 6.96E-01 0.02 3.28 114.14 4.25E-01686.20 4.30 0.39 2 5.78E-02 1.85E-01 2.43E-01 1.80 2.47 0.00109 7.50E-01 0.02 3.40 125.30 4.70E-01722.00 4.40 0.39 2 6.27E-02 2.02E-01 2.65E-01 1.83 2.58 0.00112 8.07E-01 0.02 3.51 137.20 5.19E-01758.40 4.50 0.39 2 6.78E-02 2.19E-01 2.87E-01 1.86 2.69 0.00114 8.66E-01 0.02 3.62 149.81 5.71E-01795.50 4.60 0.39 2 7.29E-02 2.37E-01 3.10E-01 1.89 2.79 0.00117 9.27E-01 0.02 3.74 162.87 6.26E-01833.30 4.70 0.39 2 7.85E-02 2.56E-01 3.35E-01 1.92 2.90 0.00119 9.91E-01 0.02 3.85 176.75 6.84E-01871.70 4.80 0.40 2 8.41E-02 2.76E-01 3.60E-01 1.95 3.01 0.00121 1.06E+00 0.02 3.96 191.18 7.45E-01910.80 4.90 0.40 2 9.00E-02 2.96E-01 3.86E-01 1.97 3.12 0.00124 1.13E+00 0.02 4.07 206.24 8.09E-01950.50 5.00 0.40 2 9.61E-02 3.18E-01 4.14E-01 2.00 3.23 0.00126 1.20E+00 0.02 4.18 222.10 8.76E-01990.80 5.10 0.40 2 1.02E-01 3.40E-01 4.42E-01 2.03 3.35 0.00128 1.27E+00 0.02 4.29 238.54 9.46E-011032.00 5.20 0.40 2 1.09E-01 3.63E-01 4.71E-01 2.06 3.46 0.00130 1.34E+00 0.02 4.40 255.62 1.02E+001073.00 5.30 0.40 2 1.15E-01 3.86E-01 5.02E-01 2.08 3.57 0.00132 1.42E+00 0.02 4.51 273.46 1.10E+001115.00 5.40 0.40 2 1.22E-01 4.11E-01 5.33E-01 2.11 3.68 0.00135 1.50E+00 0.02 4.62 292.01 1.18E+001158.00 5.50 0.40 2 1.29E-01 4.36E-01 5.65E-01 2.14 3.79 0.00137 1.58E+00 0.02 4.73 310.88 1.26E+001202.00 5.60 0.40 2 1.37E-01 4.62E-01 5.99E-01 2.16 3.91 0.00139 1.67E+00 0.02 4.83 330.77 1.35E+001245.00 5.70 0.40 2 1.44E-01 4.89E-01 6.33E-01 2.19 4.02 0.00141 1.75E+00 0.02 4.94 351.30 1.44E+001290.00 5.80 0.40 2 1.52E-01 5.17E-01 6.69E-01 2.21 4.14 0.00143 1.84E+00 0.02 5.05 372.39 1.53E+001335.00 5.90 0.40 2 1.60E-01 5.46E-01 7.05E-01 2.24 4.25 0.00145 1.93E+00 0.02 5.16 394.75 1.63E+001381.00 6.00 0.41 2 1.68E-01 5.75E-01 7.43E-01 2.26 4.37 0.00147 2.03E+00 0.02 5.26 417.35 1.73E+001427.00 6.10 0.41 2 1.76E-01 6.06E-01 7.82E-01 2.29 4.49 0.00149 2.13E+00 0.02 5.37 440.83 1.83E+001474.00 6.20 0.41 2 1.85E-01 6.37E-01 8.22E-01 2.31 4.60 0.00151 2.22E+00 0.02 5.47 464.84 1.94E+001521.00 6.30 0.41 2 1.93E-01 6.69E-01 8.62E-01 2.34 4.72 0.00153 2.32E+00 0.02 5.58 489.73 2.05E+001569.00 6.40 0.41 2 2.02E-01 7.02E-01 9.03E-01 2.36 4.84 0.00155 2.43E+00 0.01 5.68 514.87 2.16E+001617.00 6.50 0.41 2 2.11E-01 7.35E-01 9.46E-01 2.38 4.95 0.00157 2.53E+00 0.01 5.79 541.36 2.28E+001666.00 6.60 0.41 2 2.20E-01 7.69E-01 9.89E-01 2.41 5.07 0.00159 2.64E+00 0.01 5.89 568.00 2.40E+001715.00 6.70 0.41 2 2.29E-01 8.04E-01 1.03E+00 2.43 5.19 0.00160 2.75E+00 0.01 5.99 595.83 2.53E+001765.00 6.80 0.41 2 2.39E-01 8.41E-01 1.08E+00 2.45 5.31 0.00162 2.86E+00 0.01 6.10 624.29 2.66E+001816.00 6.90 0.41 2 2.49E-01 8.78E-01 1.13E+00 2.48 5.43 0.00164 2.98E+00 0.01 6.20 653.20 2.79E+001867.00 7.00 0.41 2 2.59E-01 9.15E-01 1.17E+00 2.50 5.55 0.00166 3.10E+00 0.01 6.30 683.04 2.92E+001918.00 7.10 0.41 2 2.69E-01 9.54E-01 1.22E+00 2.52 5.66 0.00168 3.22E+00 0.01 6.40 713.46 3.06E+00



1970.00 7.20 0.41 2 2.79E-01 9.92E-01 1.27E+00 2.54 5.78 0.00170 3.34E+00 0.01 6.51 744.95 3.21E+002023.00 7.30 0.41 2 2.90E-01 1.03E+00 1.32E+00 2.56 5.90 0.00171 3.47E+00 0.01 6.61 777.27 3.35E+002075.00 7.40 0.41 2 3.00E-01 1.07E+00 1.37E+00 2.59 6.02 0.00173 3.59E+00 0.01 6.71 809.99 3.50E+002129.00 7.50 0.42 2 3.11E-01 1.12E+00 1.43E+00 2.61 6.14 0.00175 3.72E+00 0.01 6.81 843.29 3.66E+002183.00 7.60 0.42 2 3.22E-01 1.16E+00 1.48E+00 2.63 6.26 0.00177 3.85E+00 0.01 6.91 876.93 3.81E+002237.00 7.70 0.42 1 3.33E-01 1.20E+00 1.53E+00 2.65 6.38 0.00178 3.99E+00 0.01 7.01 912.11 3.97E+002292.00 7.80 0.42 1 3.45E-01 1.25E+00 1.59E+00 2.67 6.50 0.00180 4.12E+00 0.01 7.11 947.94 4.14E+002347.00 7.90 0.42 1 3.56E-01 1.29E+00 1.65E+00 2.69 6.63 0.00182 4.26E+00 0.01 7.21 984.44 4.31E+002403.00 8.00 0.42 1 3.68E-01 1.34E+00 1.70E+00 2.71 6.75 0.00183 4.41E+00 0.01 7.31 1021.48 4.48E+002459.00 8.10 0.42 1 3.80E-01 1.38E+00 1.76E+00 2.73 6.87 0.00185 4.55E+00 0.01 7.41 1059.06 4.66E+002516.00 8.20 0.42 1 3.92E-01 1.43E+00 1.82E+00 2.75 6.99 0.00187 4.70E+00 0.01 7.50 1097.33 4.83E+002573.00 8.30 0.42 1 4.04E-01 1.48E+00 1.88E+00 2.77 7.11 0.00188 4.84E+00 0.01 7.60 1135.96 5.01E+002631.00 8.40 0.42 1 4.16E-01 1.53E+00 1.94E+00 2.79 7.23 0.00190 5.00E+00 0.01 7.70 1175.69 5.20E+002689.00 8.50 0.42 1 4.29E-01 1.58E+00 2.00E+00 2.81 7.35 0.00191 5.15E+00 0.01 7.80 1217.43 5.39E+002747.00 8.60 0.42 1 4.41E-01 1.63E+00 2.07E+00 2.83 7.48 0.00193 5.30E+00 0.01 7.89 1259.13 5.59E+002806.00 8.70 0.42 1 4.54E-01 1.68E+00 2.13E+00 2.85 7.60 0.00195 5.46E+00 0.01 7.99 1300.37 5.78E+002866.00 8.80 0.42 1 4.67E-01 1.73E+00 2.20E+00 2.87 7.72 0.00196 5.63E+00 0.01 8.09 1343.53 5.99E+002926.00 8.90 0.42 1 4.80E-01 1.78E+00 2.26E+00 2.89 7.84 0.00198 5.79E+00 0.01 8.18 1386.84 6.19E+002986.00 9.00 0.42 1 4.94E-01 1.84E+00 2.33E+00 2.91 7.96 0.00199 5.95E+00 0.01 8.28 1430.44 6.40E+003046.00 9.10 0.42 1 5.07E-01 1.89E+00 2.40E+00 2.93 8.09 0.00201 6.12E+00 0.01 8.37 1476.98 6.61E+003108.00 9.20 0.42 1 5.20E-01 1.94E+00 2.46E+00 2.94 8.21 0.00202 6.29E+00 0.01 8.47 1521.82 6.83E+003169.00 9.30 0.42 1 5.34E-01 2.00E+00 2.53E+00 2.96 8.33 0.00204 6.46E+00 0.01 8.56 1568.36 7.05E+003231.00 9.40 0.42 1 5.48E-01 2.06E+00 2.60E+00 2.98 8.45 0.00205 6.64E+00 0.01 8.66 1614.57 7.26E+003293.00 9.50 0.42 1 5.62E-01 2.11E+00 2.67E+00 3.00 8.58 0.00207 6.81E+00 0.01 8.75 1662.29 7.49E+003356.00 9.60 0.42 1 5.76E-01 2.17E+00 2.75E+00 3.02 8.70 0.00208 6.99E+00 0.01 8.85 1710.24 7.72E+003419.00 9.70 0.43 1 5.90E-01 2.23E+00 2.82E+00 3.03 8.82 0.00210 7.17E+00 0.01 8.94 1760.87 7.96E+003483.00 9.80 0.43 1 6.05E-01 2.29E+00 2.89E+00 3.05 8.94 0.00211 7.36E+00 0.01 9.03 1810.20 8.19E+003547.00 9.90 0.43 1 6.19E-01 2.35E+00 2.97E+00 3.07 9.07 0.00213 7.55E+00 0.01 9.13 1860.25 8.43E+003611.00 10.00 0.43 1 6.34E-01 2.41E+00 3.04E+00 3.09 9.19 0.00214 7.74E+00 0.01 9.22 1911.53 8.68E+00


Fiume SELE



Q medsez. a b q 0


1.00

10.00

100.00

1000.00

0 30 60 90 120 150 180 210 240 270 300 330 360

giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360

giorni

Tras

port

o ad

imen

sion

aliz

zato




Q d S_AlbVOLUME m3





VOLUME m3



54 0.148 -1.047 143.703 113.384 53.852 1394 5193 179155 0.150 -1.035 141.757 111.849 54.850 1366 5095 174956 0.153 -1.024 139.864 110.356 55.847 1338 4999 170857 0.156 -1.012 138.021 108.901 56.844 1311 4907 166958 0.158 -1.001 136.225 107.484 57.842 1285 4818 163159 0.161 -0.990 134.475 106.104 58.839 1260 4731 159460 0.164 -0.978 132.770 104.758 59.836 1236 4647 155961 0.167 -0.967 131.106 103.446 60.833 1213 4565 152562 0.169 -0.957 129.483 102.165 61.831 1190 4486 149263 0.172 -0.946 127.900 100.915 62.828 1168 4409 146064 0.175 -0.935 126.353 99.695 63.825 1146 4334 142965 0.178 -0.925 124.843 98.503 64.822 1125 4261 139966 0.180 -0.914 123.367 97.339 65.820 1105 4191 137067 0.183 -0.904 121.925 96.201 66.817 1086 4122 134268 0.186 -0.894 120.514 95.088 67.814 1067 4055 131569 0.189 -0.883 119.135 94.000 68.811 1048 3990 128870 0.191 -0.873 117.786 92.936 69.809 1030 3927 126371 0.194 -0.863 116.466 91.894 70.806 1012 3865 123872 0.197 -0.853 115.174 90.875 71.803 995 3805 121473 0.199 -0.844 113.909 89.877 72.801 979 3746 119174 0.202 -0.834 112.670 88.899 73.798 963 3689 116875 0.205 -0.824 111.456 87.941 74.795 947 3633 114676 0.208 -0.815 110.267 87.003 75.792 931 3579 112577 0.210 -0.805 109.101 86.083 76.790 916 3526 110478 0.213 -0.796 107.958 85.181 77.787 902 3474 108479 0.216 -0.786 106.837 84.297 78.784 888 3423 106480 0.219 -0.777 105.738 83.430 79.781 874 3374 104581 0.221 -0.768 104.660 82.579 80.779 860 3326 102682 0.224 -0.759 103.602 81.744 81.776 847 3279 100883 0.227 -0.750 102.563 80.924 82.773 834 3232 99084 0.230 -0.740 101.544 80.120 83.770 822 3187 97385 0.232 -0.731 100.542 79.330 84.768 809 3143 95686 0.235 -0.723 99.559 78.554 85.765 797 3100 94087 0.238 -0.714 98.594 77.792 86.762 785 3058 92488 0.240 -0.705 97.645 77.044 87.760 774 3017 90889 0.243 -0.696 96.712 76.308 88.757 763 2976 89390 0.246 -0.687 95.796 75.585 89.754 752 2937 87891 0.249 -0.679 94.895 74.874 90.751 741 2898 86492 0.251 -0.670 94.010 74.176 91.749 730 2860 85093 0.254 -0.662 93.139 73.489 92.746 720 2823 83694 0.257 -0.653 92.283 72.813 93.743 710 2786 82295 0.260 -0.645 91.440 72.148 94.740 700 2751 80996 0.262 -0.636 90.611 71.494 95.738 691 2716 79697 0.265 -0.628 89.796 70.851 96.735 681 2681 78498 0.268 -0.620 88.993 70.217 97.732 672 2648 77299 0.270 -0.611 88.203 69.594 98.730 663 2615 760

100 0.273 -0.603 87.425 68.980 99.727 654 2583 748101 0.276 -0.595 86.659 68.376 100.724 645 2551 736102 0.279 -0.587 85.905 67.781 101.721 637 2520 725103 0.281 -0.579 85.163 67.195 102.719 628 2489 714104 0.284 -0.571 84.431 66.618 103.716 620 2459 703105 0.287 -0.563 83.711 66.049 104.713 612 2430 693106 0.290 -0.555 83.001 65.489 105.710 604 2401 683



VOLUME m3



107 0.292 -0.547 82.301 64.937 106.708 596 2372 673108 0.295 -0.539 81.612 64.393 107.705 589 2344 663109 0.298 -0.531 80.932 63.857 108.702 581 2317 653110 0.301 -0.523 80.262 63.328 109.699 574 2290 644111 0.303 -0.515 79.602 62.807 110.697 567 2264 634112 0.306 -0.507 78.951 62.294 111.694 560 2238 625113 0.309 -0.499 78.308 61.787 112.691 553 2212 616114 0.311 -0.492 77.675 61.287 113.689 546 2187 608115 0.314 -0.484 77.050 60.794 114.686 539 2162 599116 0.317 -0.476 76.434 60.308 115.683 533 2138 591117 0.320 -0.469 75.826 59.829 116.680 526 2114 582118 0.322 -0.461 75.227 59.355 117.678 520 2091 574119 0.325 -0.453 74.635 58.888 118.675 514 2068 566120 0.328 -0.446 74.051 58.428 119.672 508 2045 559121 0.331 -0.438 73.474 57.973 120.669 502 2023 551122 0.333 -0.431 72.905 57.524 121.667 496 2001 543123 0.336 -0.423 72.344 57.081 122.664 490 1979 536124 0.339 -0.416 71.789 56.643 123.661 484 1958 529125 0.342 -0.408 71.242 56.211 124.658 479 1937 522126 0.344 -0.401 70.701 55.785 125.656 473 1916 515127 0.347 -0.393 70.167 55.363 126.653 468 1896 508128 0.350 -0.386 69.640 54.947 127.650 462 1876 501129 0.352 -0.379 69.119 54.536 128.648 457 1856 495130 0.355 -0.371 68.605 54.130 129.645 452 1837 488131 0.358 -0.364 68.096 53.729 130.642 447 1818 482132 0.361 -0.357 67.594 53.333 131.639 442 1799 476133 0.363 -0.349 67.098 52.942 132.637 437 1780 470134 0.366 -0.342 66.608 52.555 133.634 432 1762 464135 0.369 -0.335 66.123 52.173 134.631 427 1744 458136 0.372 -0.328 65.644 51.795 135.628 423 1726 452137 0.374 -0.320 65.171 51.421 136.626 418 1709 446138 0.377 -0.313 64.703 51.052 137.623 413 1692 441139 0.380 -0.306 64.241 50.687 138.620 409 1675 435140 0.383 -0.299 63.784 50.327 139.617 405 1658 430141 0.385 -0.292 63.332 49.970 140.615 400 1641 424142 0.388 -0.285 62.885 49.617 141.612 396 1625 419143 0.391 -0.277 62.443 49.269 142.609 392 1609 414144 0.393 -0.270 62.006 48.924 143.607 387 1593 409145 0.396 -0.263 61.574 48.583 144.604 383 1578 404146 0.399 -0.256 61.146 48.246 145.601 379 1562 399147 0.402 -0.249 60.723 47.912 146.598 375 1547 394148 0.404 -0.242 60.305 47.582 147.596 371 1532 389149 0.407 -0.235 59.891 47.255 148.593 368 1517 385150 0.410 -0.228 59.482 46.932 149.590 364 1503 380151 0.413 -0.221 59.077 46.613 150.587 360 1488 376152 0.415 -0.214 58.676 46.297 151.585 356 1474 371153 0.418 -0.207 58.280 45.984 152.582 353 1460 367154 0.421 -0.200 57.887 45.674 153.579 349 1447 362155 0.423 -0.193 57.499 45.368 154.577 345 1433 358156 0.426 -0.186 57.114 45.064 155.574 342 1419 354157 0.429 -0.179 56.734 44.764 156.571 338 1406 350158 0.432 -0.172 56.357 44.467 157.568 335 1393 346159 0.434 -0.165 55.985 44.173 158.566 332 1380 342



VOLUME m3



160 0.437 -0.158 55.615 43.882 159.563 328 1367 338161 0.440 -0.151 55.250 43.593 160.560 325 1355 334162 0.443 -0.144 54.888 43.308 161.557 322 1342 330163 0.445 -0.137 54.530 43.025 162.555 319 1330 326164 0.448 -0.130 54.176 42.746 163.552 315 1318 323165 0.451 -0.124 53.824 42.469 164.549 312 1306 319166 0.454 -0.117 53.477 42.194 165.546 309 1294 315167 0.456 -0.110 53.132 41.922 166.544 306 1282 312168 0.459 -0.103 52.791 41.653 167.541 303 1271 308169 0.462 -0.096 52.453 41.387 168.538 300 1259 305170 0.464 -0.089 52.119 41.123 169.536 297 1248 301171 0.467 -0.082 51.787 40.861 170.533 294 1237 298172 0.470 -0.075 51.459 40.602 171.530 292 1226 295173 0.473 -0.069 51.133 40.345 172.527 289 1215 291174 0.475 -0.062 50.811 40.091 173.525 286 1204 288175 0.478 -0.055 50.492 39.839 174.522 283 1194 285176 0.481 -0.048 50.175 39.589 175.519 281 1183 282177 0.484 -0.041 49.862 39.342 176.516 278 1173 279178 0.486 -0.034 49.551 39.097 177.514 275 1163 276179 0.489 -0.027 49.243 38.854 178.511 273 1152 273180 0.492 -0.021 48.938 38.613 179.508 270 1142 270181 0.495 -0.014 48.636 38.375 180.505 268 1132 267182 0.497 -0.007 48.336 38.138 181.503 265 1123 264183 0.500 0.000 48.039 37.904 182.500 263 1113 261184 0.503 0.007 47.744 37.671 183.497 260 1103 258185 0.505 0.014 47.453 37.441 184.495 258 1094 256186 0.508 0.021 47.163 37.213 185.492 255 1085 253187 0.511 0.027 46.876 36.986 186.489 253 1075 250188 0.514 0.034 46.592 36.762 187.486 251 1066 247189 0.516 0.041 46.310 36.540 188.484 248 1057 245190 0.519 0.048 46.031 36.319 189.481 246 1048 242191 0.522 0.055 45.753 36.100 190.478 244 1039 240192 0.525 0.062 45.479 35.884 191.475 242 1030 237193 0.527 0.069 45.206 35.669 192.473 239 1022 235194 0.530 0.075 44.936 35.455 193.470 237 1013 232195 0.533 0.082 44.668 35.244 194.467 235 1005 230196 0.536 0.089 44.402 35.034 195.464 233 996 227197 0.538 0.096 44.138 34.826 196.462 231 988 225198 0.541 0.103 43.877 34.620 197.459 229 980 223199 0.544 0.110 43.618 34.415 198.456 227 972 220200 0.546 0.117 43.360 34.212 199.454 225 964 218201 0.549 0.124 43.105 34.011 200.451 223 956 216202 0.552 0.130 42.852 33.811 201.448 221 948 214203 0.555 0.137 42.601 33.613 202.445 219 940 211204 0.557 0.144 42.352 33.417 203.443 217 932 209205 0.560 0.151 42.105 33.222 204.440 215 925 207206 0.563 0.158 41.860 33.028 205.437 213 917 205207 0.566 0.165 41.616 32.836 206.434 211 910 203208 0.568 0.172 41.375 32.646 207.432 209 902 201209 0.571 0.179 41.135 32.457 208.429 207 895 199210 0.574 0.186 40.898 32.269 209.426 206 888 197211 0.577 0.193 40.662 32.083 210.423 204 880 195212 0.579 0.200 40.428 31.898 211.421 202 873 193



VOLUME m3



213 0.582 0.207 40.195 31.715 212.418 200 866 191214 0.585 0.214 39.965 31.533 213.415 198 859 189215 0.587 0.221 39.736 31.353 214.413 197 852 187216 0.590 0.228 39.509 31.173 215.410 195 846 185217 0.593 0.235 39.284 30.995 216.407 193 839 183218 0.596 0.242 39.060 30.819 217.404 192 832 181219 0.598 0.249 38.838 30.644 218.402 190 825 180220 0.601 0.256 38.617 30.470 219.399 188 819 178221 0.604 0.263 38.398 30.297 220.396 187 812 176222 0.607 0.270 38.181 30.126 221.393 185 806 174223 0.609 0.277 37.965 29.955 222.391 184 799 173224 0.612 0.285 37.751 29.786 223.388 182 793 171225 0.615 0.292 37.538 29.619 224.385 180 787 169226 0.617 0.299 37.327 29.452 225.383 179 781 168227 0.620 0.306 37.118 29.287 226.380 177 774 166228 0.623 0.313 36.909 29.122 227.377 176 768 164229 0.626 0.320 36.703 28.959 228.374 174 762 163230 0.628 0.328 36.497 28.797 229.372 173 756 161231 0.631 0.335 36.294 28.636 230.369 171 750 160232 0.634 0.342 36.091 28.477 231.366 170 745 158233 0.637 0.349 35.890 28.318 232.363 168 739 156234 0.639 0.357 35.690 28.160 233.361 167 733 155235 0.642 0.364 35.492 28.004 234.358 166 727 153236 0.645 0.371 35.295 27.848 235.355 164 722 152237 0.648 0.379 35.099 27.694 236.352 163 716 150238 0.650 0.386 34.905 27.541 237.350 161 710 149239 0.653 0.393 34.712 27.388 238.347 160 705 147240 0.656 0.401 34.520 27.237 239.344 159 699 146241 0.658 0.408 34.329 27.087 240.342 157 694 145242 0.661 0.416 34.140 26.937 241.339 156 689 143243 0.664 0.423 33.952 26.789 242.336 155 683 142244 0.667 0.431 33.765 26.641 243.333 153 678 140245 0.669 0.438 33.580 26.495 244.331 152 673 139246 0.672 0.446 33.395 26.349 245.328 151 668 138247 0.675 0.453 33.212 26.205 246.325 150 662 136248 0.678 0.461 33.030 26.061 247.322 148 657 135249 0.680 0.469 32.849 25.918 248.320 147 652 134250 0.683 0.476 32.669 25.776 249.317 146 647 133251 0.686 0.484 32.490 25.635 250.314 145 642 131252 0.689 0.492 32.312 25.495 251.311 144 637 130253 0.691 0.499 32.136 25.356 252.309 142 632 129254 0.694 0.507 31.960 25.217 253.306 141 628 128255 0.697 0.515 31.786 25.080 254.303 140 623 126256 0.699 0.523 31.612 24.943 255.301 139 618 125257 0.702 0.531 31.440 24.807 256.298 138 613 124258 0.705 0.539 31.269 24.672 257.295 137 609 123259 0.708 0.547 31.099 24.537 258.292 135 604 122260 0.710 0.555 30.929 24.404 259.290 134 599 120261 0.713 0.563 30.761 24.271 260.287 133 595 119262 0.716 0.571 30.594 24.139 261.284 132 590 118263 0.719 0.579 30.427 24.008 262.281 131 586 117264 0.721 0.587 30.262 23.877 263.279 130 581 116265 0.724 0.595 30.097 23.748 264.276 129 577 115



VOLUME m3



266 0.727 0.603 29.934 23.619 265.273 128 572 114267 0.730 0.611 29.771 23.490 266.270 127 568 113268 0.732 0.620 29.610 23.363 267.268 126 564 112269 0.735 0.628 29.449 23.236 268.265 125 559 110270 0.738 0.636 29.289 23.110 269.262 124 555 109271 0.740 0.645 29.130 22.984 270.260 123 551 108272 0.743 0.653 28.972 22.859 271.257 122 547 107273 0.746 0.662 28.814 22.735 272.254 121 543 106274 0.749 0.670 28.658 22.612 273.251 120 538 105275 0.751 0.679 28.502 22.489 274.249 119 534 104276 0.754 0.687 28.347 22.367 275.246 118 530 103277 0.757 0.696 28.193 22.245 276.243 117 526 102278 0.760 0.705 28.040 22.124 277.240 116 522 101279 0.762 0.714 27.888 22.004 278.238 115 518 100280 0.765 0.723 27.736 21.884 279.235 114 514 99281 0.768 0.731 27.585 21.765 280.232 113 510 98282 0.770 0.740 27.435 21.647 281.230 112 506 98283 0.773 0.750 27.285 21.529 282.227 111 502 97284 0.776 0.759 27.137 21.411 283.224 110 499 96285 0.779 0.768 26.989 21.295 284.221 109 495 95286 0.781 0.777 26.841 21.178 285.219 108 491 94287 0.784 0.786 26.695 21.063 286.216 107 487 93288 0.787 0.796 26.549 20.948 287.213 106 484 92289 0.790 0.805 26.404 20.833 288.210 106 480 91290 0.792 0.815 26.259 20.719 289.208 105 476 90291 0.795 0.824 26.115 20.605 290.205 104 472 89292 0.798 0.834 25.972 20.492 291.202 103 469 89293 0.801 0.844 25.829 20.380 292.199 102 465 88294 0.803 0.853 25.687 20.268 293.197 101 462 87295 0.806 0.863 25.546 20.156 294.194 100 458 86296 0.809 0.873 25.405 20.045 295.191 99 454 85297 0.811 0.883 25.265 19.934 296.189 99 451 84298 0.814 0.894 25.125 19.824 297.186 98 447 84299 0.817 0.904 24.986 19.714 298.183 97 444 83300 0.820 0.914 24.847 19.605 299.180 96 441 82301 0.822 0.925 24.709 19.496 300.178 95 437 81302 0.825 0.935 24.572 19.388 301.175 95 434 80303 0.828 0.946 24.435 19.280 302.172 94 430 80304 0.831 0.957 24.299 19.172 303.169 93 427 79305 0.833 0.967 24.163 19.065 304.167 92 424 78306 0.836 0.978 24.027 18.958 305.164 91 420 77307 0.839 0.990 23.892 18.851 306.161 91 417 76308 0.842 1.001 23.757 18.745 307.158 90 414 76309 0.844 1.012 23.623 18.639 308.156 89 410 75310 0.847 1.024 23.490 18.534 309.153 88 407 74311 0.850 1.035 23.356 18.429 310.150 88 404 74312 0.852 1.047 23.223 18.324 311.148 87 401 73313 0.855 1.059 23.091 18.219 312.145 86 397 72314 0.858 1.071 22.959 18.115 313.142 85 394 71315 0.861 1.083 22.827 18.011 314.139 85 391 71316 0.863 1.096 22.695 17.907 315.137 84 388 70317 0.866 1.108 22.564 17.804 316.134 83 385 69318 0.869 1.121 22.433 17.700 317.131 82 382 68



VOLUME m3



319 0.872 1.134 22.303 17.597 318.128 82 378 68320 0.874 1.147 22.172 17.494 319.126 81 375 67321 0.877 1.160 22.042 17.392 320.123 80 372 66322 0.880 1.174 21.912 17.289 321.120 79 369 66323 0.883 1.188 21.783 17.187 322.117 79 366 65324 0.885 1.202 21.653 17.085 323.115 78 363 64325 0.888 1.216 21.524 16.983 324.112 77 360 64326 0.891 1.230 21.395 16.881 325.109 77 357 63327 0.893 1.245 21.266 16.779 326.107 76 354 62328 0.896 1.260 21.137 16.677 327.104 75 351 62329 0.899 1.275 21.008 16.576 328.101 74 348 61330 0.902 1.291 20.879 16.474 329.098 74 345 60331 0.904 1.307 20.750 16.372 330.096 73 342 60332 0.907 1.323 20.621 16.270 331.093 72 339 59333 0.910 1.340 20.492 16.169 332.090 72 336 58334 0.913 1.357 20.363 16.067 333.087 71 333 58335 0.915 1.374 20.234 15.965 334.085 70 330 57336 0.918 1.392 20.104 15.863 335.082 70 327 56337 0.921 1.410 19.974 15.760 336.079 69 324 56338 0.923 1.429 19.844 15.658 337.077 68 321 55339 0.926 1.448 19.714 15.555 338.074 68 318 55340 0.929 1.468 19.583 15.452 339.071 67 315 54341 0.932 1.489 19.452 15.348 340.068 66 312 53342 0.934 1.510 19.320 15.244 341.066 66 309 53343 0.937 1.531 19.188 15.140 342.063 65 306 52344 0.940 1.554 19.055 15.034 343.060 64 303 51345 0.943 1.577 18.921 14.929 344.057 64 300 51346 0.945 1.601 18.786 14.822 345.055 63 297 50347 0.948 1.627 18.650 14.715 346.052 62 294 49348 0.951 1.653 18.513 14.607 347.049 61 291 49349 0.954 1.680 18.374 14.498 348.046 61 288 48350 0.956 1.709 18.234 14.387 349.044 60 285 48351 0.959 1.739 18.093 14.276 350.041 59 282 47352 0.962 1.771 17.949 14.162 351.038 59 279 46353 0.964 1.805 17.803 14.047 352.036 58 276 46354 0.967 1.841 17.654 13.930 353.033 57 272 45355 0.970 1.880 17.502 13.810 354.030 56 269 44356 0.973 1.922 17.347 13.687 355.027 56 266 44357 0.975 1.967 17.187 13.561 356.025 55 262 43358 0.978 2.017 17.022 13.431 357.022 54 259 42359 0.981 2.072 16.851 13.296 358.019 53 255 41360 0.984 2.135 16.671 13.154 359.016 52 251 41361 0.986 2.207 16.481 13.004 360.014 51 247 40362 0.989 2.293 16.277 12.843 361.011 50 243 39363 0.992 2.400 16.051 12.665 362.008 49 238 38364 0.995 2.545 15.792 12.461 363.005 48 233 37365 0.997 2.778 15.465 12.202 364.003 47 226 36


IDRAULICA

Κστ 30S= 0.0028g= 9.81


1.34 1.67


Dgr= 12.635n= 0.383A= 0.205m= 2.105C= 0.026



y = 0.0006x1.3396

R2 = 0.9997

y = 0.0002x1.3454

R2 = 0.9983

y = 0.0001x1.7838

R2 = 0.9879

0.00

0.05

0.10

0.15

0.20

0.25

0.30

0 10 20 30 40 50 60 70 80 90


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16


IDRAULICA


3.78 0.50 0.003 0.035 8.00 0.89 0.04 4.25 9.41 0.45 9.00 0.41 0.28 0.11 124.43 0.55 0.003 0.035 8.00 0.94 0.05 4.70 9.56 0.49 9.10 0.42 0.31 0.12 145.12 0.60 0.003 0.035 8.00 0.99 0.05 5.16 9.70 0.53 9.20 0.42 0.34 0.12 155.85 0.65 0.003 0.035 8.00 1.04 0.06 5.62 9.84 0.57 9.30 0.43 0.37 0.13 166.62 0.70 0.003 0.035 8.00 1.09 0.06 6.09 9.98 0.61 9.40 0.43 0.40 0.13 177.43 0.75 0.003 0.035 8.00 1.13 0.07 6.56 10.12 0.65 9.50 0.44 0.44 0.13 188.28 0.80 0.003 0.035 8.00 1.18 0.07 7.04 10.26 0.69 9.60 0.44 0.47 0.14 199.16 0.85 0.003 0.035 8.00 1.22 0.08 7.52 10.40 0.72 9.70 0.44 0.50 0.14 2010.08 0.90 0.003 0.035 8.00 1.26 0.08 8.01 10.55 0.76 9.80 0.44 0.53 0.14 2111.04 0.95 0.003 0.035 8.00 1.30 0.09 8.50 10.69 0.80 9.90 0.45 0.57 0.15 2212.03 1.00 0.003 0.035 8.00 1.34 0.09 9.00 10.83 0.83 10.00 0.45 0.60 0.15 2313.05 1.05 0.003 0.035 8.00 1.37 0.10 9.50 10.97 0.87 10.10 0.45 0.63 0.15 2414.12 1.10 0.003 0.035 8.00 1.41 0.10 10.01 11.11 0.90 10.20 0.45 0.66 0.16 2515.21 1.15 0.003 0.035 8.00 1.45 0.11 10.52 11.25 0.94 10.30 0.46 0.70 0.16 2616.34 1.20 0.003 0.035 8.00 1.48 0.11 11.04 11.39 0.97 10.40 0.46 0.73 0.16 2717.51 1.25 0.003 0.035 8.00 1.51 0.12 11.56 11.54 1.00 10.50 0.46 0.76 0.17 2818.71 1.30 0.003 0.035 8.00 1.55 0.12 12.09 11.68 1.04 10.60 0.46 0.80 0.17 2819.94 1.35 0.003 0.035 8.00 1.58 0.13 12.62 11.82 1.07 10.70 0.46 0.83 0.17 2921.21 1.40 0.003 0.035 8.00 1.61 0.13 13.16 11.96 1.10 10.80 0.47 0.86 0.17 3022.51 1.45 0.003 0.035 8.00 1.64 0.14 13.70 12.10 1.13 10.90 0.47 0.90 0.18 3123.84 1.50 0.003 0.035 8.00 1.67 0.14 14.25 12.24 1.16 11.00 0.47 0.93 0.18 3225.21 1.55 0.003 0.035 8.00 1.70 0.15 14.80 12.38 1.20 11.10 0.47 0.96 0.18 3326.61 1.60 0.003 0.035 8.00 1.73 0.15 15.36 12.53 1.23 11.20 0.47 1.00 0.18 3428.04 1.65 0.003 0.035 8.00 1.76 0.16 15.92 12.67 1.26 11.30 0.47 1.03 0.19 3529.50 1.70 0.003 0.035 8.00 1.79 0.16 16.49 12.81 1.29 11.40 0.48 1.06 0.19 3531.00 1.75 0.003 0.035 8.00 1.82 0.17 17.06 12.95 1.32 11.50 0.48 1.10 0.19 3632.54 1.80 0.003 0.035 8.00 1.84 0.17 17.64 13.09 1.35 11.60 0.48 1.13 0.19 3734.10 1.85 0.003 0.035 8.00 1.87 0.18 18.22 13.23 1.38 11.70 0.48 1.17 0.19 3835.70 1.90 0.003 0.035 8.00 1.90 0.18 18.81 13.37 1.41 11.80 0.48 1.20 0.20 3937.33 1.95 0.003 0.035 8.00 1.92 0.19 19.40 13.52 1.44 11.90 0.48 1.24 0.20 3938.99 2.00 0.003 0.035 8.00 1.95 0.19 20.00 13.66 1.46 12.00 0.48 1.27 0.20 4040.69 2.05 0.003 0.035 8.00 1.98 0.20 20.60 13.80 1.49 12.10 0.48 1.31 0.20 41



42.42 2.10 0.003 0.035 8.00 2.00 0.20 21.21 13.94 1.52 12.20 0.48 1.34 0.20 4244.18 2.15 0.003 0.035 8.00 2.03 0.21 21.82 14.08 1.55 12.30 0.49 1.37 0.21 4345.98 2.20 0.003 0.035 8.00 2.05 0.21 22.44 14.22 1.58 12.40 0.49 1.41 0.21 4347.81 2.25 0.003 0.035 8.00 2.07 0.22 23.06 14.36 1.61 12.50 0.49 1.44 0.21 4449.67 2.30 0.003 0.035 8.00 2.10 0.22 23.69 14.51 1.63 12.60 0.49 1.48 0.21 4551.57 2.35 0.003 0.035 8.00 2.12 0.23 24.32 14.65 1.66 12.70 0.49 1.51 0.21 4653.49 2.40 0.003 0.035 8.00 2.14 0.23 24.96 14.79 1.69 12.80 0.49 1.55 0.22 4655.46 2.45 0.003 0.035 8.00 2.17 0.24 25.60 14.93 1.72 12.90 0.49 1.58 0.22 4757.45 2.50 0.003 0.035 8.00 2.19 0.24 26.25 15.07 1.74 13.00 0.49 1.62 0.22 4859.48 2.55 0.003 0.035 8.00 2.21 0.25 26.90 15.21 1.77 13.10 0.49 1.66 0.22 4961.54 2.60 0.003 0.035 8.00 2.23 0.25 27.56 15.35 1.80 13.20 0.49 1.69 0.22 4963.64 2.65 0.003 0.035 8.00 2.26 0.26 28.22 15.50 1.82 13.30 0.49 1.73 0.22 5065.76 2.70 0.003 0.035 8.00 2.28 0.26 28.89 15.64 1.85 13.40 0.50 1.76 0.23 5167.93 2.75 0.003 0.035 8.00 2.30 0.27 29.56 15.78 1.87 13.50 0.50 1.80 0.23 5170.12 2.80 0.003 0.035 8.00 2.32 0.27 30.24 15.92 1.90 13.60 0.50 1.83 0.23 5272.35 2.85 0.003 0.035 8.00 2.34 0.28 30.92 16.06 1.93 13.70 0.50 1.87 0.23 5374.62 2.90 0.003 0.035 8.00 2.36 0.28 31.61 16.20 1.95 13.80 0.50 1.90 0.23 5476.91 2.95 0.003 0.035 8.00 2.38 0.29 32.30 16.34 1.98 13.90 0.50 1.94 0.23 5479.24 3.00 0.003 0.035 8.00 2.40 0.29 33.00 16.49 2.00 14.00 0.50 1.98 0.23 55

C.dur.-Tusciano

Fiume Tusciano



Q medsez. a b q 0


0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Tusciano


VOLUME m3



Q d S_Alb

C.dur.-Tusciano




Q d S_Alb

54 0.148 -1.047 143.805 7.185 53.852 298 730 32555 0.150 -1.035 141.832 7.086 54.850 293 716 31756 0.153 -1.024 139.913 6.991 55.847 287 703 30957 0.156 -1.012 138.045 6.897 56.844 282 691 30258 0.158 -1.001 136.225 6.806 57.842 277 678 29559 0.161 -0.990 134.452 6.718 58.839 272 667 28860 0.164 -0.978 132.724 6.631 59.836 268 655 28261 0.167 -0.967 131.038 6.547 60.833 263 644 27562 0.169 -0.957 129.395 6.465 61.831 259 633 26963 0.172 -0.946 127.790 6.385 62.828 254 623 26364 0.175 -0.935 126.224 6.307 63.825 250 613 25765 0.178 -0.925 124.695 6.230 64.822 246 603 25266 0.180 -0.914 123.201 6.156 65.820 242 593 24667 0.183 -0.904 121.740 6.083 66.817 238 584 24168 0.186 -0.894 120.313 6.011 67.814 235 574 23669 0.189 -0.883 118.917 5.942 68.811 231 566 23170 0.191 -0.873 117.552 5.873 69.809 227 557 22771 0.194 -0.863 116.216 5.807 70.806 224 548 22272 0.197 -0.853 114.909 5.741 71.803 221 540 21873 0.199 -0.844 113.629 5.677 72.801 217 532 21374 0.202 -0.834 112.376 5.615 73.798 214 524 20975 0.205 -0.824 111.148 5.553 74.795 211 517 20576 0.208 -0.815 109.945 5.493 75.792 208 509 20177 0.210 -0.805 108.766 5.434 76.790 205 502 19778 0.213 -0.796 107.611 5.377 77.787 202 495 19479 0.216 -0.786 106.478 5.320 78.784 199 488 19080 0.219 -0.777 105.366 5.264 79.781 196 481 18681 0.221 -0.768 104.276 5.210 80.779 194 474 18382 0.224 -0.759 103.207 5.157 81.776 191 468 18083 0.227 -0.750 102.157 5.104 82.773 188 461 17684 0.230 -0.740 101.127 5.053 83.770 186 455 17385 0.232 -0.731 100.116 5.002 84.768 183 449 17086 0.235 -0.723 99.123 4.952 85.765 181 443 16787 0.238 -0.714 98.147 4.904 86.762 178 437 16488 0.240 -0.705 97.189 4.856 87.760 176 432 16189 0.243 -0.696 96.247 4.809 88.757 174 426 15990 0.246 -0.687 95.322 4.763 89.754 172 421 15691 0.249 -0.679 94.412 4.717 90.751 169 415 15392 0.251 -0.670 93.518 4.672 91.749 167 410 15193 0.254 -0.662 92.639 4.629 92.746 165 405 14894 0.257 -0.653 91.774 4.585 93.743 163 400 14695 0.260 -0.645 90.924 4.543 94.740 161 395 14396 0.262 -0.636 90.087 4.501 95.738 159 390 14197 0.265 -0.628 89.264 4.460 96.735 157 385 13998 0.268 -0.620 88.454 4.419 97.732 155 380 13699 0.270 -0.611 87.657 4.380 98.730 153 376 134

100 0.273 -0.603 86.873 4.340 99.727 151 371 132101 0.276 -0.595 86.100 4.302 100.724 150 367 130102 0.279 -0.587 85.339 4.264 101.721 148 363 128103 0.281 -0.579 84.590 4.226 102.719 146 358 126104 0.284 -0.571 83.853 4.190 103.716 144 354 124105 0.287 -0.563 83.126 4.153 104.713 143 350 122106 0.290 -0.555 82.410 4.117 105.710 141 346 120

C.dur.-Tusciano




Q d S_Alb

107 0.292 -0.547 81.705 4.082 106.708 139 342 118108 0.295 -0.539 81.010 4.048 107.705 138 338 117109 0.298 -0.531 80.325 4.013 108.702 136 334 115110 0.301 -0.523 79.649 3.980 109.699 135 331 113111 0.303 -0.515 78.984 3.946 110.697 133 327 112112 0.306 -0.507 78.328 3.914 111.694 132 323 110113 0.309 -0.499 77.680 3.881 112.691 130 320 108114 0.311 -0.492 77.042 3.849 113.689 129 316 107115 0.314 -0.484 76.413 3.818 114.686 127 313 105116 0.317 -0.476 75.792 3.787 115.683 126 309 104117 0.320 -0.469 75.180 3.756 116.680 125 306 102118 0.322 -0.461 74.576 3.726 117.678 123 303 101119 0.325 -0.453 73.980 3.696 118.675 122 299 99120 0.328 -0.446 73.392 3.667 119.672 121 296 98121 0.331 -0.438 72.811 3.638 120.669 119 293 96122 0.333 -0.431 72.238 3.609 121.667 118 290 95123 0.336 -0.423 71.673 3.581 122.664 117 287 94124 0.339 -0.416 71.114 3.553 123.661 116 284 92125 0.342 -0.408 70.563 3.526 124.658 114 281 91126 0.344 -0.401 70.019 3.498 125.656 113 278 90127 0.347 -0.393 69.482 3.472 126.653 112 275 89128 0.350 -0.386 68.951 3.445 127.650 111 273 88129 0.352 -0.379 68.427 3.419 128.648 110 270 86130 0.355 -0.371 67.909 3.393 129.645 109 267 85131 0.358 -0.364 67.398 3.367 130.642 108 264 84132 0.361 -0.357 66.893 3.342 131.639 107 262 83133 0.363 -0.349 66.394 3.317 132.637 105 259 82134 0.366 -0.342 65.900 3.293 133.634 104 256 81135 0.369 -0.335 65.413 3.268 134.631 103 254 80136 0.372 -0.328 64.932 3.244 135.628 102 251 79137 0.374 -0.320 64.456 3.220 136.626 101 249 78138 0.377 -0.313 63.985 3.197 137.623 100 247 77139 0.380 -0.306 63.520 3.174 138.620 99 244 76140 0.383 -0.299 63.061 3.151 139.617 98 242 75141 0.385 -0.292 62.606 3.128 140.615 97 239 74142 0.388 -0.285 62.157 3.106 141.612 96 237 73143 0.391 -0.277 61.713 3.083 142.609 96 235 72144 0.393 -0.270 61.273 3.061 143.607 95 233 71145 0.396 -0.263 60.839 3.040 144.604 94 230 70146 0.399 -0.256 60.410 3.018 145.601 93 228 69147 0.402 -0.249 59.985 2.997 146.598 92 226 68148 0.404 -0.242 59.564 2.976 147.596 91 224 67149 0.407 -0.235 59.149 2.955 148.593 90 222 67150 0.410 -0.228 58.737 2.935 149.590 89 220 66151 0.413 -0.221 58.331 2.914 150.587 89 218 65152 0.415 -0.214 57.928 2.894 151.585 88 216 64153 0.418 -0.207 57.530 2.874 152.582 87 214 63154 0.421 -0.200 57.136 2.855 153.579 86 212 63155 0.423 -0.193 56.746 2.835 154.577 85 210 62156 0.426 -0.186 56.360 2.816 155.574 85 208 61157 0.429 -0.179 55.978 2.797 156.571 84 206 60158 0.432 -0.172 55.600 2.778 157.568 83 204 60159 0.434 -0.165 55.225 2.759 158.566 82 202 59

C.dur.-Tusciano




Q d S_Alb

160 0.437 -0.158 54.855 2.741 159.563 82 201 58161 0.440 -0.151 54.488 2.722 160.560 81 199 58162 0.443 -0.144 54.125 2.704 161.557 80 197 57163 0.445 -0.137 53.766 2.686 162.555 79 195 56164 0.448 -0.130 53.410 2.669 163.552 79 194 55165 0.451 -0.124 53.057 2.651 164.549 78 192 55166 0.454 -0.117 52.709 2.633 165.546 77 190 54167 0.456 -0.110 52.363 2.616 166.544 77 188 54168 0.459 -0.103 52.021 2.599 167.541 76 187 53169 0.462 -0.096 51.682 2.582 168.538 75 185 52170 0.464 -0.089 51.346 2.565 169.536 75 184 52171 0.467 -0.082 51.014 2.549 170.533 74 182 51172 0.470 -0.075 50.684 2.532 171.530 73 180 51173 0.473 -0.069 50.358 2.516 172.527 73 179 50174 0.475 -0.062 50.035 2.500 173.525 72 177 49175 0.478 -0.055 49.715 2.484 174.522 71 176 49176 0.481 -0.048 49.398 2.468 175.519 71 174 48177 0.484 -0.041 49.083 2.452 176.516 70 173 48178 0.486 -0.034 48.772 2.437 177.514 70 171 47179 0.489 -0.027 48.463 2.421 178.511 69 170 47180 0.492 -0.021 48.157 2.406 179.508 68 168 46181 0.495 -0.014 47.854 2.391 180.505 68 167 46182 0.497 -0.007 47.554 2.376 181.503 67 166 45183 0.500 0.000 47.256 2.361 182.500 67 164 45184 0.503 0.007 46.961 2.346 183.497 66 163 44185 0.505 0.014 46.669 2.332 184.495 66 162 44186 0.508 0.021 46.379 2.317 185.492 65 160 43187 0.511 0.027 46.092 2.303 186.489 65 159 43188 0.514 0.034 45.807 2.289 187.486 64 158 42189 0.516 0.041 45.525 2.275 188.484 63 156 42190 0.519 0.048 45.245 2.261 189.481 63 155 41191 0.522 0.055 44.967 2.247 190.478 62 154 41192 0.525 0.062 44.692 2.233 191.475 62 152 40193 0.527 0.069 44.419 2.219 192.473 61 151 40194 0.530 0.075 44.149 2.206 193.470 61 150 40195 0.533 0.082 43.880 2.192 194.467 60 149 39196 0.536 0.089 43.614 2.179 195.464 60 148 39197 0.538 0.096 43.350 2.166 196.462 59 146 38198 0.541 0.103 43.089 2.153 197.459 59 145 38199 0.544 0.110 42.829 2.140 198.456 58 144 37200 0.546 0.117 42.572 2.127 199.454 58 143 37201 0.549 0.124 42.317 2.114 200.451 58 142 37202 0.552 0.130 42.063 2.102 201.448 57 141 36203 0.555 0.137 41.812 2.089 202.445 57 139 36204 0.557 0.144 41.563 2.077 203.443 56 138 35205 0.560 0.151 41.316 2.064 204.440 56 137 35206 0.563 0.158 41.070 2.052 205.437 55 136 35207 0.566 0.165 40.827 2.040 206.434 55 135 34208 0.568 0.172 40.586 2.028 207.432 54 134 34209 0.571 0.179 40.346 2.016 208.429 54 133 34210 0.574 0.186 40.109 2.004 209.426 54 132 33211 0.577 0.193 39.873 1.992 210.423 53 131 33212 0.579 0.200 39.639 1.980 211.421 53 130 33

C.dur.-Tusciano




Q d S_Alb

213 0.582 0.207 39.406 1.969 212.418 52 129 32214 0.585 0.214 39.176 1.957 213.415 52 128 32215 0.587 0.221 38.947 1.946 214.413 51 127 32216 0.590 0.228 38.720 1.935 215.410 51 126 31217 0.593 0.235 38.495 1.923 216.407 51 125 31218 0.596 0.242 38.271 1.912 217.404 50 124 31219 0.598 0.249 38.050 1.901 218.402 50 123 30220 0.601 0.256 37.829 1.890 219.399 49 122 30221 0.604 0.263 37.611 1.879 220.396 49 121 30222 0.607 0.270 37.394 1.868 221.393 49 120 29223 0.609 0.277 37.178 1.858 222.391 48 119 29224 0.612 0.285 36.964 1.847 223.388 48 118 29225 0.615 0.292 36.752 1.836 224.385 48 117 28226 0.617 0.299 36.541 1.826 225.383 47 116 28227 0.620 0.306 36.332 1.815 226.380 47 116 28228 0.623 0.313 36.124 1.805 227.377 46 115 28229 0.626 0.320 35.917 1.795 228.374 46 114 27230 0.628 0.328 35.712 1.784 229.372 46 113 27231 0.631 0.335 35.509 1.774 230.369 45 112 27232 0.634 0.342 35.307 1.764 231.366 45 111 27233 0.637 0.349 35.106 1.754 232.363 45 110 26234 0.639 0.357 34.907 1.744 233.361 44 109 26235 0.642 0.364 34.709 1.734 234.358 44 109 26236 0.645 0.371 34.512 1.724 235.355 44 108 25237 0.648 0.379 34.317 1.715 236.352 43 107 25238 0.650 0.386 34.123 1.705 237.350 43 106 25239 0.653 0.393 33.931 1.695 238.347 43 105 25240 0.656 0.401 33.739 1.686 239.344 42 105 24241 0.658 0.408 33.549 1.676 240.342 42 104 24242 0.661 0.416 33.360 1.667 241.339 42 103 24243 0.664 0.423 33.173 1.657 242.336 41 102 24244 0.667 0.431 32.987 1.648 243.333 41 101 23245 0.669 0.438 32.801 1.639 244.331 41 101 23246 0.672 0.446 32.618 1.630 245.328 41 100 23247 0.675 0.453 32.435 1.621 246.325 40 99 23248 0.678 0.461 32.253 1.611 247.322 40 98 23249 0.680 0.469 32.073 1.602 248.320 40 98 22250 0.683 0.476 31.894 1.594 249.317 39 97 22251 0.686 0.484 31.715 1.585 250.314 39 96 22252 0.689 0.492 31.538 1.576 251.311 39 96 22253 0.691 0.499 31.363 1.567 252.309 38 95 21254 0.694 0.507 31.188 1.558 253.306 38 94 21255 0.697 0.515 31.014 1.550 254.303 38 93 21256 0.699 0.523 30.841 1.541 255.301 38 93 21257 0.702 0.531 30.670 1.532 256.298 37 92 21258 0.705 0.539 30.499 1.524 257.295 37 91 20259 0.708 0.547 30.330 1.515 258.292 37 91 20260 0.710 0.555 30.161 1.507 259.290 36 90 20261 0.713 0.563 29.993 1.499 260.287 36 89 20262 0.716 0.571 29.827 1.490 261.284 36 89 20263 0.719 0.579 29.661 1.482 262.281 36 88 19264 0.721 0.587 29.497 1.474 263.279 35 87 19265 0.724 0.595 29.333 1.466 264.276 35 87 19

C.dur.-Tusciano




Q d S_Alb

266 0.727 0.603 29.170 1.457 265.273 35 86 19267 0.730 0.611 29.008 1.449 266.270 35 85 19268 0.732 0.620 28.848 1.441 267.268 34 85 18269 0.735 0.628 28.688 1.433 268.265 34 84 18270 0.738 0.636 28.528 1.425 269.262 34 84 18271 0.740 0.645 28.370 1.417 270.260 34 83 18272 0.743 0.653 28.213 1.410 271.257 33 82 18273 0.746 0.662 28.056 1.402 272.254 33 82 18274 0.749 0.670 27.901 1.394 273.251 33 81 17275 0.751 0.679 27.746 1.386 274.249 33 80 17276 0.754 0.687 27.592 1.379 275.246 32 80 17277 0.757 0.696 27.439 1.371 276.243 32 79 17278 0.760 0.705 27.287 1.363 277.240 32 79 17279 0.762 0.714 27.135 1.356 278.238 32 78 17280 0.765 0.723 26.984 1.348 279.235 31 78 16281 0.768 0.731 26.834 1.341 280.232 31 77 16282 0.770 0.740 26.685 1.333 281.230 31 76 16283 0.773 0.750 26.537 1.326 282.227 31 76 16284 0.776 0.759 26.389 1.318 283.224 30 75 16285 0.779 0.768 26.242 1.311 284.221 30 75 16286 0.781 0.777 26.096 1.304 285.219 30 74 15287 0.784 0.786 25.950 1.297 286.216 30 74 15288 0.787 0.796 25.805 1.289 287.213 30 73 15289 0.790 0.805 25.661 1.282 288.210 29 72 15290 0.792 0.815 25.517 1.275 289.208 29 72 15291 0.795 0.824 25.375 1.268 290.205 29 71 15292 0.798 0.834 25.232 1.261 291.202 29 71 15293 0.801 0.844 25.091 1.254 292.199 28 70 14294 0.803 0.853 24.950 1.247 293.197 28 70 14295 0.806 0.863 24.810 1.240 294.194 28 69 14296 0.809 0.873 24.670 1.233 295.191 28 69 14297 0.811 0.883 24.531 1.226 296.189 28 68 14298 0.814 0.894 24.392 1.219 297.186 27 68 14299 0.817 0.904 24.254 1.212 298.183 27 67 14300 0.820 0.914 24.117 1.205 299.180 27 67 13301 0.822 0.925 23.980 1.198 300.178 27 66 13302 0.825 0.935 23.844 1.191 301.175 27 66 13303 0.828 0.946 23.708 1.185 302.172 26 65 13304 0.831 0.957 23.573 1.178 303.169 26 65 13305 0.833 0.967 23.438 1.171 304.167 26 64 13306 0.836 0.978 23.304 1.164 305.164 26 64 13307 0.839 0.990 23.170 1.158 306.161 26 63 13308 0.842 1.001 23.037 1.151 307.158 25 63 12309 0.844 1.012 22.904 1.144 308.156 25 62 12310 0.847 1.024 22.771 1.138 309.153 25 62 12311 0.850 1.035 22.639 1.131 310.150 25 61 12312 0.852 1.047 22.508 1.125 311.148 25 61 12313 0.855 1.059 22.376 1.118 312.145 24 60 12314 0.858 1.071 22.246 1.111 313.142 24 60 12315 0.861 1.083 22.115 1.105 314.139 24 59 12316 0.863 1.096 21.985 1.098 315.137 24 59 11317 0.866 1.108 21.855 1.092 316.134 24 58 11318 0.869 1.121 21.726 1.085 317.131 23 58 11

C.dur.-Tusciano




Q d S_Alb

319 0.872 1.134 21.597 1.079 318.128 23 58 11320 0.874 1.147 21.468 1.073 319.126 23 57 11321 0.877 1.160 21.339 1.066 320.123 23 57 11322 0.880 1.174 21.211 1.060 321.120 23 56 11323 0.883 1.188 21.082 1.053 322.117 23 56 11324 0.885 1.202 20.954 1.047 323.115 22 55 10325 0.888 1.216 20.827 1.041 324.112 22 55 10326 0.891 1.230 20.699 1.034 325.109 22 54 10327 0.893 1.245 20.571 1.028 326.107 22 54 10328 0.896 1.260 20.444 1.021 327.104 22 53 10329 0.899 1.275 20.317 1.015 328.101 21 53 10330 0.902 1.291 20.189 1.009 329.098 21 53 10331 0.904 1.307 20.062 1.002 330.096 21 52 10332 0.907 1.323 19.935 0.996 331.093 21 52 10333 0.910 1.340 19.807 0.990 332.090 21 51 9334 0.913 1.357 19.680 0.983 333.087 21 51 9335 0.915 1.374 19.553 0.977 334.085 20 50 9336 0.918 1.392 19.425 0.971 335.082 20 50 9337 0.921 1.410 19.297 0.964 336.079 20 49 9338 0.923 1.429 19.169 0.958 337.077 20 49 9339 0.926 1.448 19.040 0.951 338.074 20 49 9340 0.929 1.468 18.911 0.945 339.071 19 48 9341 0.932 1.489 18.782 0.938 340.068 19 48 9342 0.934 1.510 18.652 0.932 341.066 19 47 8343 0.937 1.531 18.522 0.925 342.063 19 47 8344 0.940 1.554 18.391 0.919 343.060 19 46 8345 0.943 1.577 18.259 0.912 344.057 19 46 8346 0.945 1.601 18.126 0.906 345.055 18 46 8347 0.948 1.627 17.993 0.899 346.052 18 45 8348 0.951 1.653 17.858 0.892 347.049 18 45 8349 0.954 1.680 17.722 0.885 348.046 18 44 8350 0.956 1.709 17.584 0.879 349.044 18 44 8351 0.959 1.739 17.445 0.872 350.041 17 43 8352 0.962 1.771 17.304 0.865 351.038 17 43 7353 0.964 1.805 17.160 0.857 352.036 17 42 7354 0.967 1.841 17.014 0.850 353.033 17 42 7355 0.970 1.880 16.865 0.843 354.030 17 41 7356 0.973 1.922 16.713 0.835 355.027 16 41 7357 0.975 1.967 16.556 0.827 356.025 16 40 7358 0.978 2.017 16.395 0.819 357.022 16 40 7359 0.981 2.072 16.227 0.811 358.019 16 39 7360 0.984 2.135 16.051 0.802 359.016 16 39 7361 0.986 2.207 15.865 0.793 360.014 15 38 6362 0.989 2.293 15.666 0.783 361.011 15 37 6363 0.992 2.400 15.446 0.772 362.008 15 37 6364 0.995 2.545 15.194 0.759 363.005 14 36 6365 0.997 2.778 14.875 0.743 364.003 14 35 6


IDRAULICA

Κστ 30S= 0.0055g= 9.81


1.34 1.67


Dgr= 12.635n= 0.383A= 0.205m= 2.105C= 0.026



y = 0.0013x1.3245

R2 = 0.9998

y = 0.0007x1.3021

R2 = 0.9991

y = 0.0007x1.6229

R2 = 0.9964

0.00

0.50

1.00

1.50

2.00

2.50

0 20 40 60 80 100 120 140 160


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16 18


IDRAULICA


7.29 0.50 0.006 0.035 11.00 1.27 0.08 5.75 12.41 0.46 12.00 0.59 0.35 0.16 258.55 0.55 0.006 0.035 11.00 1.35 0.09 6.35 12.56 0.51 12.10 0.59 0.39 0.17 279.88 0.60 0.006 0.035 11.00 1.42 0.10 6.96 12.70 0.55 12.20 0.60 0.43 0.17 3011.29 0.65 0.006 0.035 11.00 1.49 0.11 7.57 12.84 0.59 12.30 0.61 0.47 0.18 3212.77 0.70 0.006 0.035 11.00 1.56 0.12 8.19 12.98 0.63 12.40 0.61 0.51 0.18 3414.32 0.75 0.006 0.035 11.00 1.63 0.13 8.81 13.12 0.67 12.50 0.62 0.55 0.19 3615.95 0.80 0.006 0.035 11.00 1.69 0.15 9.44 13.26 0.71 12.60 0.62 0.59 0.20 3817.64 0.85 0.006 0.035 11.00 1.75 0.16 10.07 13.40 0.75 12.70 0.63 0.63 0.20 4119.40 0.90 0.006 0.035 11.00 1.81 0.17 10.71 13.55 0.79 12.80 0.63 0.67 0.21 4321.24 0.95 0.006 0.035 11.00 1.87 0.18 11.35 13.69 0.83 12.90 0.64 0.71 0.21 4523.13 1.00 0.006 0.035 11.00 1.93 0.19 12.00 13.83 0.87 13.00 0.64 0.75 0.22 4725.10 1.05 0.006 0.035 11.00 1.98 0.20 12.65 13.97 0.91 13.10 0.64 0.79 0.22 4927.12 1.10 0.006 0.035 11.00 2.04 0.21 13.31 14.11 0.94 13.20 0.65 0.83 0.23 5129.22 1.15 0.006 0.035 11.00 2.09 0.22 13.97 14.25 0.98 13.30 0.65 0.87 0.23 5331.37 1.20 0.006 0.035 11.00 2.14 0.23 14.64 14.39 1.02 13.40 0.65 0.91 0.23 5533.59 1.25 0.006 0.035 11.00 2.19 0.25 15.31 14.54 1.05 13.50 0.66 0.95 0.24 5735.87 1.30 0.006 0.035 11.00 2.24 0.26 15.99 14.68 1.09 13.60 0.66 1.00 0.24 5938.22 1.35 0.006 0.035 11.00 2.29 0.27 16.67 14.82 1.13 13.70 0.66 1.04 0.25 6140.62 1.40 0.006 0.035 11.00 2.34 0.28 17.36 14.96 1.16 13.80 0.67 1.08 0.25 6343.09 1.45 0.006 0.035 11.00 2.39 0.29 18.05 15.10 1.20 13.90 0.67 1.12 0.25 6445.61 1.50 0.006 0.035 11.00 2.43 0.30 18.75 15.24 1.23 14.00 0.67 1.16 0.26 6648.20 1.55 0.006 0.035 11.00 2.48 0.31 19.45 15.38 1.26 14.10 0.67 1.20 0.26 6850.84 1.60 0.006 0.035 11.00 2.52 0.32 20.16 15.53 1.30 14.20 0.68 1.25 0.26 7053.55 1.65 0.006 0.035 11.00 2.57 0.34 20.87 15.67 1.33 14.30 0.68 1.29 0.27 7256.31 1.70 0.006 0.035 11.00 2.61 0.35 21.59 15.81 1.37 14.40 0.68 1.33 0.27 7459.14 1.75 0.006 0.035 11.00 2.65 0.36 22.31 15.95 1.40 14.50 0.68 1.37 0.27 7562.02 1.80 0.006 0.035 11.00 2.69 0.37 23.04 16.09 1.43 14.60 0.68 1.42 0.28 7764.96 1.85 0.006 0.035 11.00 2.73 0.38 23.77 16.23 1.46 14.70 0.69 1.46 0.28 7967.96 1.90 0.006 0.035 11.00 2.77 0.39 24.51 16.37 1.50 14.80 0.69 1.50 0.28 8171.02 1.95 0.006 0.035 11.00 2.81 0.40 25.25 16.52 1.53 14.90 0.69 1.54 0.29 8274.13 2.00 0.006 0.035 11.00 2.85 0.41 26.00 16.66 1.56 15.00 0.69 1.59 0.29 8477.31 2.05 0.006 0.035 11.00 2.89 0.43 26.75 16.80 1.59 15.10 0.69 1.63 0.29 86



80.54 2.10 0.006 0.035 11.00 2.93 0.44 27.51 16.94 1.62 15.20 0.69 1.67 0.30 8883.83 2.15 0.006 0.035 11.00 2.97 0.45 28.27 17.08 1.66 15.30 0.70 1.71 0.30 8987.17 2.20 0.006 0.035 11.00 3.00 0.46 29.04 17.22 1.69 15.40 0.70 1.76 0.30 9190.58 2.25 0.006 0.035 11.00 3.04 0.47 29.81 17.36 1.72 15.50 0.70 1.80 0.30 9394.04 2.30 0.006 0.035 11.00 3.07 0.48 30.59 17.51 1.75 15.60 0.70 1.84 0.31 9497.56 2.35 0.006 0.035 11.00 3.11 0.49 31.37 17.65 1.78 15.70 0.70 1.89 0.31 96

101.10 2.40 0.006 0.035 11.00 3.15 0.50 32.16 17.79 1.81 15.80 0.70 1.93 0.31 98104.80 2.45 0.006 0.035 11.00 3.18 0.52 32.95 17.93 1.84 15.90 0.71 1.97 0.31 99108.50 2.50 0.006 0.035 11.00 3.21 0.53 33.75 18.07 1.87 16.00 0.71 2.01 0.32 101112.20 2.55 0.006 0.035 11.00 3.25 0.54 34.55 18.21 1.90 16.10 0.71 2.06 0.32 102116.00 2.60 0.006 0.035 11.00 3.28 0.55 35.36 18.35 1.93 16.20 0.71 2.10 0.32 104119.90 2.65 0.006 0.035 11.00 3.31 0.56 36.17 18.50 1.96 16.30 0.71 2.14 0.32 106123.80 2.70 0.006 0.035 11.00 3.35 0.57 36.99 18.64 1.99 16.40 0.71 2.19 0.33 107127.80 2.75 0.006 0.035 11.00 3.38 0.58 37.81 18.78 2.01 16.50 0.71 2.23 0.33 109131.80 2.80 0.006 0.035 11.00 3.41 0.59 38.64 18.92 2.04 16.60 0.71 2.27 0.33 110135.90 2.85 0.006 0.035 11.00 3.44 0.60 39.47 19.06 2.07 16.70 0.72 2.32 0.33 112140.00 2.90 0.006 0.035 11.00 3.47 0.62 40.31 19.20 2.10 16.80 0.72 2.36 0.34 113144.20 2.95 0.006 0.035 11.00 3.51 0.63 41.15 19.34 2.13 16.90 0.72 2.41 0.34 115148.50 3.00 0.006 0.035 11.00 3.54 0.64 42.00 19.49 2.16 17.00 0.72 2.45 0.34 116



11.29 0.65 0.33 5 4.82E-03 1.06E-02 1.54E-02 1.64 1.53 0.00288 3.26E-02 0.03 3.23 62.59 3.28E-0212.77 0.70 0.33 5 5.70E-03 1.27E-02 1.84E-02 1.70 1.68 0.00302 3.86E-02 0.03 3.52 79.33 4.18E-0214.32 0.75 0.33 5 6.64E-03 1.50E-02 2.17E-02 1.76 1.82 0.00315 4.51E-02 0.03 3.81 98.15 5.19E-0215.95 0.80 0.33 5 7.66E-03 1.75E-02 2.52E-02 1.82 1.97 0.00328 5.23E-02 0.03 4.09 119.25 6.33E-0217.64 0.85 0.34 5 8.73E-03 2.03E-02 2.90E-02 1.88 2.12 0.00340 6.00E-02 0.03 4.36 142.56 7.60E-0219.40 0.90 0.34 4 9.89E-03 2.32E-02 3.31E-02 1.93 2.28 0.00352 6.82E-02 0.03 4.64 168.31 9.01E-0221.24 0.95 0.34 4 1.11E-02 2.64E-02 3.75E-02 1.99 2.43 0.00363 7.71E-02 0.03 4.90 196.30 1.05E-0123.13 1.00 0.34 4 1.24E-02 2.97E-02 4.21E-02 2.04 2.58 0.00374 8.65E-02 0.03 5.17 226.51 1.22E-0125.10 1.05 0.34 4 1.38E-02 3.33E-02 4.70E-02 2.09 2.73 0.00385 9.66E-02 0.03 5.43 259.19 1.40E-0127.12 1.10 0.34 4 1.52E-02 3.70E-02 5.22E-02 2.14 2.88 0.00395 1.07E-01 0.03 5.68 293.94 1.60E-0129.22 1.15 0.35 4 1.66E-02 4.10E-02 5.76E-02 2.19 3.03 0.00405 1.18E-01 0.03 5.94 331.20 1.81E-0131.37 1.20 0.35 4 1.82E-02 4.52E-02 6.34E-02 2.23 3.18 0.00415 1.30E-01 0.03 6.19 370.73 2.03E-0133.59 1.25 0.35 4 1.98E-02 4.96E-02 6.94E-02 2.28 3.33 0.00424 1.43E-01 0.03 6.43 412.42 2.27E-0135.87 1.30 0.35 4 2.14E-02 5.41E-02 7.56E-02 2.32 3.48 0.00433 1.55E-01 0.03 6.67 456.33 2.52E-0138.22 1.35 0.35 4 2.32E-02 5.90E-02 8.21E-02 2.36 3.64 0.00442 1.69E-01 0.02 6.92 503.56 2.80E-0140.62 1.40 0.35 4 2.50E-02 6.40E-02 8.89E-02 2.41 3.79 0.00451 1.83E-01 0.02 7.15 552.17 3.08E-0143.09 1.45 0.35 4 2.68E-02 6.92E-02 9.60E-02 2.45 3.94 0.00460 1.98E-01 0.02 7.39 603.66 3.38E-0145.61 1.50 0.35 3 2.87E-02 7.46E-02 1.03E-01 2.49 4.09 0.00468 2.14E-01 0.02 7.63 657.73 3.70E-0148.20 1.55 0.36 3 3.07E-02 8.03E-02 1.11E-01 2.53 4.24 0.00476 2.30E-01 0.02 7.85 713.21 4.03E-0150.84 1.60 0.36 3 3.27E-02 8.60E-02 1.19E-01 2.57 4.39 0.00484 2.46E-01 0.02 8.09 772.74 4.38E-0153.55 1.65 0.36 3 3.48E-02 9.21E-02 1.27E-01 2.61 4.54 0.00492 2.64E-01 0.02 8.31 832.52 4.74E-0156.31 1.70 0.36 3 3.69E-02 9.83E-02 1.35E-01 2.64 4.69 0.00500 2.81E-01 0.02 8.54 895.72 5.12E-0159.14 1.75 0.36 3 3.91E-02 1.05E-01 1.44E-01 2.68 4.84 0.00507 3.00E-01 0.02 8.76 960.63 5.51E-0162.02 1.80 0.36 3 4.13E-02 1.11E-01 1.53E-01 2.72 4.99 0.00515 3.19E-01 0.02 8.98 1028.62 5.92E-0164.96 1.85 0.36 3 4.37E-02 1.18E-01 1.62E-01 2.75 5.14 0.00522 3.39E-01 0.02 9.19 1097.41 6.34E-0167.96 1.90 0.36 3 4.60E-02 1.25E-01 1.71E-01 2.79 5.29 0.00529 3.60E-01 0.02 9.42 1170.45 6.79E-0171.02 1.95 0.36 3 4.84E-02 1.33E-01 1.81E-01 2.82 5.43 0.00536 3.81E-01 0.02 9.63 1244.11 7.25E-0174.13 2.00 0.36 3 5.09E-02 1.40E-01 1.91E-01 2.85 5.58 0.00543 4.03E-01 0.02 9.84 1320.78 7.72E-0177.31 2.05 0.36 3 5.34E-02 1.48E-01 2.01E-01 2.89 5.73 0.00550 4.25E-01 0.02 10.06 1401.07 8.22E-01



80.54 2.10 0.37 3 5.60E-02 1.56E-01 2.12E-01 2.92 5.88 0.00557 4.48E-01 0.02 10.26 1481.11 8.73E-0183.83 2.15 0.37 3 5.86E-02 1.64E-01 2.22E-01 2.95 6.02 0.00563 4.72E-01 0.02 10.47 1563.65 9.25E-0187.17 2.20 0.37 3 6.13E-02 1.72E-01 2.33E-01 2.98 6.17 0.00570 4.97E-01 0.02 10.68 1649.18 9.79E-0190.58 2.25 0.37 3 6.40E-02 1.80E-01 2.44E-01 3.01 6.32 0.00576 5.22E-01 0.02 10.88 1737.21 1.04E+0094.04 2.30 0.37 3 6.68E-02 1.89E-01 2.56E-01 3.04 6.46 0.00582 5.48E-01 0.02 11.08 1825.53 1.09E+0097.56 2.35 0.37 3 6.97E-02 1.98E-01 2.68E-01 3.07 6.61 0.00588 5.74E-01 0.02 11.29 1920.23 1.15E+00101.10 2.40 0.37 3 7.25E-02 2.07E-01 2.80E-01 3.10 6.75 0.00595 6.01E-01 0.02 11.49 2013.91 1.21E+00104.80 2.45 0.37 3 7.55E-02 2.16E-01 2.92E-01 3.13 6.90 0.00600 6.29E-01 0.02 11.69 2109.88 1.28E+00108.50 2.50 0.37 3 7.85E-02 2.26E-01 3.04E-01 3.16 7.04 0.00606 6.58E-01 0.02 11.89 2208.80 1.34E+00112.20 2.55 0.37 3 8.15E-02 2.35E-01 3.17E-01 3.19 7.18 0.00612 6.87E-01 0.02 12.08 2308.21 1.41E+00116.00 2.60 0.37 3 8.46E-02 2.45E-01 3.30E-01 3.22 7.33 0.00618 7.17E-01 0.02 12.28 2413.79 1.48E+00119.90 2.65 0.37 3 8.78E-02 2.56E-01 3.43E-01 3.25 7.47 0.00624 7.48E-01 0.02 12.47 2518.31 1.55E+00123.80 2.70 0.37 3 9.09E-02 2.66E-01 3.57E-01 3.27 7.61 0.00629 7.79E-01 0.02 12.66 2624.19 1.62E+00127.80 2.75 0.37 3 9.42E-02 2.76E-01 3.71E-01 3.30 7.76 0.00635 8.11E-01 0.02 12.85 2735.27 1.69E+00131.80 2.80 0.37 3 9.75E-02 2.87E-01 3.85E-01 3.33 7.90 0.00640 8.44E-01 0.02 13.04 2844.09 1.77E+00135.90 2.85 0.37 3 1.01E-01 2.98E-01 3.99E-01 3.35 8.05 0.00646 8.78E-01 0.02 13.23 2960.16 1.84E+00140.00 2.90 0.38 3 1.04E-01 3.09E-01 4.13E-01 3.38 8.19 0.00651 9.12E-01 0.02 13.42 3073.70 1.92E+00144.20 2.95 0.38 3 1.08E-01 3.20E-01 4.28E-01 3.41 8.33 0.00656 9.47E-01 0.02 13.60 3190.81 2.00E+00148.50 3.00 0.38 3 1.11E-01 3.32E-01 4.43E-01 3.43 8.47 0.00662 9.83E-01 0.02 13.79 3310.77 2.08E+00

C.dur.-Picentino

Fiume Picentino



Q medsez. a b q 0


0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Picentino


Q d S_AlbVOLUME m3



C.dur.-Picentino


VOLUME m3



54 0.148 -1.047 144.773 5.748 53.852 572 1169 102555 0.150 -1.035 143.094 5.681 54.850 563 1151 100656 0.153 -1.024 141.458 5.616 55.847 555 1134 98757 0.156 -1.012 139.863 5.553 56.844 547 1117 96958 0.158 -1.001 138.307 5.491 57.842 539 1100 95259 0.161 -0.990 136.789 5.431 58.839 531 1084 93560 0.164 -0.978 135.307 5.372 59.836 524 1069 91861 0.167 -0.967 133.860 5.315 60.833 516 1054 90262 0.169 -0.957 132.446 5.258 61.831 509 1039 88763 0.172 -0.946 131.065 5.204 62.828 502 1025 87264 0.175 -0.935 129.714 5.150 63.825 495 1011 85765 0.178 -0.925 128.394 5.098 64.822 489 997 84366 0.180 -0.914 127.102 5.046 65.820 482 984 83067 0.183 -0.904 125.838 4.996 66.817 476 971 81668 0.186 -0.894 124.600 4.947 67.814 470 958 80369 0.189 -0.883 123.389 4.899 68.811 464 946 79170 0.191 -0.873 122.202 4.852 69.809 458 934 77871 0.194 -0.863 121.039 4.806 70.806 453 922 76672 0.197 -0.853 119.900 4.760 71.803 447 911 75573 0.199 -0.844 118.783 4.716 72.801 441 900 74374 0.202 -0.834 117.688 4.673 73.798 436 889 73275 0.205 -0.824 116.614 4.630 74.795 431 878 72176 0.208 -0.815 115.561 4.588 75.792 426 867 71177 0.210 -0.805 114.527 4.547 76.790 421 857 70178 0.213 -0.796 113.513 4.507 77.787 416 847 69179 0.216 -0.786 112.517 4.467 78.784 411 837 68180 0.219 -0.777 111.539 4.428 79.781 407 828 67181 0.221 -0.768 110.578 4.390 80.779 402 818 66282 0.224 -0.759 109.635 4.353 81.776 398 809 65383 0.227 -0.750 108.708 4.316 82.773 393 800 64484 0.230 -0.740 107.797 4.280 83.770 389 791 63585 0.232 -0.731 106.901 4.244 84.768 385 782 62686 0.235 -0.723 106.021 4.209 85.765 380 774 61887 0.238 -0.714 105.155 4.175 86.762 376 765 61088 0.240 -0.705 104.304 4.141 87.760 372 757 60289 0.243 -0.696 103.466 4.108 88.757 369 749 59490 0.246 -0.687 102.643 4.075 89.754 365 741 58691 0.249 -0.679 101.832 4.043 90.751 361 734 57992 0.251 -0.670 101.034 4.011 91.749 357 726 57293 0.254 -0.662 100.249 3.980 92.746 354 719 56494 0.257 -0.653 99.475 3.949 93.743 350 711 55795 0.260 -0.645 98.714 3.919 94.740 347 704 55096 0.262 -0.636 97.964 3.889 95.738 343 697 54497 0.265 -0.628 97.226 3.860 96.735 340 690 53798 0.268 -0.620 96.498 3.831 97.732 336 683 53199 0.270 -0.611 95.782 3.803 98.730 333 676 524

100 0.273 -0.603 95.075 3.775 99.727 330 670 518101 0.276 -0.595 94.379 3.747 100.724 327 663 512102 0.279 -0.587 93.693 3.720 101.721 324 657 506103 0.281 -0.579 93.017 3.693 102.719 321 651 500104 0.284 -0.571 92.350 3.667 103.716 318 645 494105 0.287 -0.563 91.692 3.640 104.713 315 638 488106 0.290 -0.555 91.044 3.615 105.710 312 632 483

C.dur.-Picentino


VOLUME m3



107 0.292 -0.547 90.404 3.589 106.708 309 627 477108 0.295 -0.539 89.773 3.564 107.705 306 621 472109 0.298 -0.531 89.151 3.540 108.702 303 615 467110 0.301 -0.523 88.537 3.515 109.699 301 610 461111 0.303 -0.515 87.931 3.491 110.697 298 604 456112 0.306 -0.507 87.333 3.467 111.694 295 599 451113 0.309 -0.499 86.743 3.444 112.691 293 593 446114 0.311 -0.492 86.160 3.421 113.689 290 588 441115 0.314 -0.484 85.585 3.398 114.686 287 583 437116 0.317 -0.476 85.017 3.375 115.683 285 578 432117 0.320 -0.469 84.456 3.353 116.680 283 573 427118 0.322 -0.461 83.902 3.331 117.678 280 568 423119 0.325 -0.453 83.355 3.309 118.675 278 563 418120 0.328 -0.446 82.815 3.288 119.672 275 558 414121 0.331 -0.438 82.281 3.267 120.669 273 553 410122 0.333 -0.431 81.754 3.246 121.667 271 548 405123 0.336 -0.423 81.233 3.225 122.664 268 544 401124 0.339 -0.416 80.718 3.205 123.661 266 539 397125 0.342 -0.408 80.209 3.184 124.658 264 535 393126 0.344 -0.401 79.706 3.165 125.656 262 530 389127 0.347 -0.393 79.209 3.145 126.653 260 526 385128 0.350 -0.386 78.718 3.125 127.650 258 522 381129 0.352 -0.379 78.232 3.106 128.648 256 517 377130 0.355 -0.371 77.752 3.087 129.645 254 513 374131 0.358 -0.364 77.278 3.068 130.642 252 509 370132 0.361 -0.357 76.808 3.049 131.639 250 505 366133 0.363 -0.349 76.344 3.031 132.637 248 501 363134 0.366 -0.342 75.885 3.013 133.634 246 497 359135 0.369 -0.335 75.431 2.995 134.631 244 493 356136 0.372 -0.328 74.982 2.977 135.628 242 489 352137 0.374 -0.320 74.537 2.959 136.626 240 485 349138 0.377 -0.313 74.098 2.942 137.623 238 481 346139 0.380 -0.306 73.663 2.925 138.620 236 478 342140 0.383 -0.299 73.233 2.908 139.617 234 474 339141 0.385 -0.292 72.807 2.891 140.615 233 470 336142 0.388 -0.285 72.385 2.874 141.612 231 467 333143 0.391 -0.277 71.968 2.857 142.609 229 463 330144 0.393 -0.270 71.556 2.841 143.607 227 460 327145 0.396 -0.263 71.147 2.825 144.604 226 456 324146 0.399 -0.256 70.743 2.809 145.601 224 453 321147 0.402 -0.249 70.342 2.793 146.598 222 449 318148 0.404 -0.242 69.946 2.777 147.596 221 446 315149 0.407 -0.235 69.554 2.761 148.593 219 443 312150 0.410 -0.228 69.165 2.746 149.590 218 439 309151 0.413 -0.221 68.780 2.731 150.587 216 436 306152 0.415 -0.214 68.399 2.716 151.585 214 433 304153 0.418 -0.207 68.022 2.701 152.582 213 430 301154 0.421 -0.200 67.648 2.686 153.579 211 427 298155 0.423 -0.193 67.278 2.671 154.577 210 424 295156 0.426 -0.186 66.912 2.657 155.574 208 421 293157 0.429 -0.179 66.548 2.642 156.571 207 418 290158 0.432 -0.172 66.189 2.628 157.568 205 415 288159 0.434 -0.165 65.832 2.614 158.566 204 412 285

C.dur.-Picentino


VOLUME m3



160 0.437 -0.158 65.479 2.600 159.563 202 409 283161 0.440 -0.151 65.129 2.586 160.560 201 406 280162 0.443 -0.144 64.782 2.572 161.557 200 403 278163 0.445 -0.137 64.439 2.558 162.555 198 400 275164 0.448 -0.130 64.098 2.545 163.552 197 397 273165 0.451 -0.124 63.761 2.531 164.549 196 395 271166 0.454 -0.117 63.426 2.518 165.546 194 392 269167 0.456 -0.110 63.095 2.505 166.544 193 389 266168 0.459 -0.103 62.766 2.492 167.541 192 386 264169 0.462 -0.096 62.441 2.479 168.538 190 384 262170 0.464 -0.089 62.118 2.466 169.536 189 381 260171 0.467 -0.082 61.798 2.454 170.533 188 379 257172 0.470 -0.075 61.480 2.441 171.530 186 376 255173 0.473 -0.069 61.166 2.428 172.527 185 373 253174 0.475 -0.062 60.854 2.416 173.525 184 371 251175 0.478 -0.055 60.545 2.404 174.522 183 368 249176 0.481 -0.048 60.238 2.392 175.519 182 366 247177 0.484 -0.041 59.934 2.380 176.516 180 364 245178 0.486 -0.034 59.632 2.368 177.514 179 361 243179 0.489 -0.027 59.333 2.356 178.511 178 359 241180 0.492 -0.021 59.036 2.344 179.508 177 356 239181 0.495 -0.014 58.742 2.332 180.505 176 354 237182 0.497 -0.007 58.450 2.321 181.503 175 352 235183 0.500 0.000 58.160 2.309 182.500 173 349 233184 0.503 0.007 57.873 2.298 183.497 172 347 231185 0.505 0.014 57.588 2.286 184.495 171 345 230186 0.508 0.021 57.305 2.275 185.492 170 343 228187 0.511 0.027 57.025 2.264 186.489 169 340 226188 0.514 0.034 56.746 2.253 187.486 168 338 224189 0.516 0.041 56.470 2.242 188.484 167 336 222190 0.519 0.048 56.196 2.231 189.481 166 334 221191 0.522 0.055 55.924 2.220 190.478 165 332 219192 0.525 0.062 55.654 2.210 191.475 164 330 217193 0.527 0.069 55.386 2.199 192.473 163 327 215194 0.530 0.075 55.120 2.188 193.470 162 325 214195 0.533 0.082 54.857 2.178 194.467 161 323 212196 0.536 0.089 54.595 2.168 195.464 160 321 211197 0.538 0.096 54.335 2.157 196.462 159 319 209198 0.541 0.103 54.077 2.147 197.459 158 317 207199 0.544 0.110 53.821 2.137 198.456 157 315 206200 0.546 0.117 53.567 2.127 199.454 156 313 204201 0.549 0.124 53.314 2.117 200.451 155 311 203202 0.552 0.130 53.064 2.107 201.448 154 309 201203 0.555 0.137 52.815 2.097 202.445 153 307 199204 0.557 0.144 52.568 2.087 203.443 152 306 198205 0.560 0.151 52.323 2.077 204.440 151 304 196206 0.563 0.158 52.079 2.068 205.437 150 302 195207 0.566 0.165 51.837 2.058 206.434 149 300 194208 0.568 0.172 51.597 2.049 207.432 148 298 192209 0.571 0.179 51.359 2.039 208.429 147 296 191210 0.574 0.186 51.122 2.030 209.426 146 294 189211 0.577 0.193 50.886 2.020 210.423 146 293 188212 0.579 0.200 50.653 2.011 211.421 145 291 186

C.dur.-Picentino


VOLUME m3



213 0.582 0.207 50.421 2.002 212.418 144 289 185214 0.585 0.214 50.190 1.993 213.415 143 287 184215 0.587 0.221 49.961 1.984 214.413 142 286 182216 0.590 0.228 49.734 1.975 215.410 141 284 181217 0.593 0.235 49.508 1.966 216.407 140 282 180218 0.596 0.242 49.284 1.957 217.404 140 281 178219 0.598 0.249 49.061 1.948 218.402 139 279 177220 0.601 0.256 48.839 1.939 219.399 138 277 176221 0.604 0.263 48.619 1.930 220.396 137 276 174222 0.607 0.270 48.400 1.922 221.393 136 274 173223 0.609 0.277 48.183 1.913 222.391 136 272 172224 0.612 0.285 47.967 1.904 223.388 135 271 171225 0.615 0.292 47.753 1.896 224.385 134 269 169226 0.617 0.299 47.539 1.887 225.383 133 267 168227 0.620 0.306 47.328 1.879 226.380 132 266 167228 0.623 0.313 47.117 1.871 227.377 132 264 166229 0.626 0.320 46.908 1.862 228.374 131 263 165230 0.628 0.328 46.700 1.854 229.372 130 261 163231 0.631 0.335 46.493 1.846 230.369 129 260 162232 0.634 0.342 46.288 1.838 231.366 129 258 161233 0.637 0.349 46.083 1.830 232.363 128 257 160234 0.639 0.357 45.880 1.822 233.361 127 255 159235 0.642 0.364 45.678 1.814 234.358 126 254 158236 0.645 0.371 45.478 1.806 235.355 126 252 156237 0.648 0.379 45.278 1.798 236.352 125 251 155238 0.650 0.386 45.080 1.790 237.350 124 249 154239 0.653 0.393 44.883 1.782 238.347 124 248 153240 0.656 0.401 44.687 1.774 239.344 123 246 152241 0.658 0.408 44.492 1.766 240.342 122 245 151242 0.661 0.416 44.298 1.759 241.339 121 244 150243 0.664 0.423 44.106 1.751 242.336 121 242 149244 0.667 0.431 43.914 1.743 243.333 120 241 148245 0.669 0.438 43.723 1.736 244.331 119 239 147246 0.672 0.446 43.534 1.728 245.328 119 238 146247 0.675 0.453 43.345 1.721 246.325 118 237 145248 0.678 0.461 43.158 1.713 247.322 117 235 144249 0.680 0.469 42.971 1.706 248.320 117 234 143250 0.683 0.476 42.786 1.699 249.317 116 233 142251 0.686 0.484 42.602 1.691 250.314 115 231 141252 0.689 0.492 42.418 1.684 251.311 115 230 140253 0.691 0.499 42.235 1.677 252.309 114 229 139254 0.694 0.507 42.054 1.670 253.306 113 227 138255 0.697 0.515 41.873 1.662 254.303 113 226 137256 0.699 0.523 41.694 1.655 255.301 112 225 136257 0.702 0.531 41.515 1.648 256.298 112 224 135258 0.705 0.539 41.337 1.641 257.295 111 222 134259 0.708 0.547 41.160 1.634 258.292 110 221 133260 0.710 0.555 40.984 1.627 259.290 110 220 132261 0.713 0.563 40.808 1.620 260.287 109 218 131262 0.716 0.571 40.634 1.613 261.284 108 217 130263 0.719 0.579 40.460 1.606 262.281 108 216 129264 0.721 0.587 40.288 1.600 263.279 107 215 129265 0.724 0.595 40.116 1.593 264.276 107 214 128

C.dur.-Picentino


VOLUME m3



266 0.727 0.603 39.945 1.586 265.273 106 212 127267 0.730 0.611 39.774 1.579 266.270 105 211 126268 0.732 0.620 39.605 1.572 267.268 105 210 125269 0.735 0.628 39.436 1.566 268.265 104 209 124270 0.738 0.636 39.268 1.559 269.262 104 208 123271 0.740 0.645 39.101 1.552 270.260 103 206 122272 0.743 0.653 38.934 1.546 271.257 103 205 122273 0.746 0.662 38.769 1.539 272.254 102 204 121274 0.749 0.670 38.603 1.533 273.251 101 203 120275 0.751 0.679 38.439 1.526 274.249 101 202 119276 0.754 0.687 38.275 1.520 275.246 100 201 118277 0.757 0.696 38.113 1.513 276.243 100 200 117278 0.760 0.705 37.950 1.507 277.240 99 198 117279 0.762 0.714 37.789 1.500 278.238 99 197 116280 0.765 0.723 37.628 1.494 279.235 98 196 115281 0.768 0.731 37.467 1.488 280.232 98 195 114282 0.770 0.740 37.308 1.481 281.230 97 194 113283 0.773 0.750 37.148 1.475 282.227 96 193 113284 0.776 0.759 36.990 1.469 283.224 96 192 112285 0.779 0.768 36.832 1.462 284.221 95 191 111286 0.781 0.777 36.675 1.456 285.219 95 190 110287 0.784 0.786 36.518 1.450 286.216 94 189 110288 0.787 0.796 36.362 1.444 287.213 94 188 109289 0.790 0.805 36.206 1.437 288.210 93 186 108290 0.792 0.815 36.051 1.431 289.208 93 185 107291 0.795 0.824 35.897 1.425 290.205 92 184 107292 0.798 0.834 35.743 1.419 291.202 92 183 106293 0.801 0.844 35.589 1.413 292.199 91 182 105294 0.803 0.853 35.436 1.407 293.197 91 181 104295 0.806 0.863 35.284 1.401 294.194 90 180 104296 0.809 0.873 35.131 1.395 295.191 90 179 103297 0.811 0.883 34.980 1.389 296.189 89 178 102298 0.814 0.894 34.829 1.383 297.186 89 177 101299 0.817 0.904 34.678 1.377 298.183 88 176 101300 0.820 0.914 34.527 1.371 299.180 88 175 100301 0.822 0.925 34.378 1.365 300.178 87 174 99302 0.825 0.935 34.228 1.359 301.175 87 173 99303 0.828 0.946 34.079 1.353 302.172 86 172 98304 0.831 0.957 33.930 1.347 303.169 86 171 97305 0.833 0.967 33.781 1.341 304.167 85 170 97306 0.836 0.978 33.633 1.335 305.164 85 169 96307 0.839 0.990 33.485 1.329 306.161 84 168 95308 0.842 1.001 33.338 1.324 307.158 84 167 95309 0.844 1.012 33.191 1.318 308.156 83 166 94310 0.847 1.024 33.044 1.312 309.153 83 165 93311 0.850 1.035 32.897 1.306 310.150 82 164 93312 0.852 1.047 32.750 1.300 311.148 82 163 92313 0.855 1.059 32.604 1.294 312.145 81 162 91314 0.858 1.071 32.458 1.289 313.142 81 161 91315 0.861 1.083 32.312 1.283 314.139 80 160 90316 0.863 1.096 32.166 1.277 315.137 80 159 89317 0.866 1.108 32.021 1.271 316.134 79 158 89318 0.869 1.121 31.875 1.266 317.131 79 158 88

C.dur.-Picentino


VOLUME m3



319 0.872 1.134 31.730 1.260 318.128 78 157 87320 0.874 1.147 31.584 1.254 319.126 78 156 87321 0.877 1.160 31.439 1.248 320.123 78 155 86322 0.880 1.174 31.294 1.242 321.120 77 154 85323 0.883 1.188 31.149 1.237 322.117 77 153 85324 0.885 1.202 31.003 1.231 323.115 76 152 84325 0.888 1.216 30.858 1.225 324.112 76 151 83326 0.891 1.230 30.712 1.219 325.109 75 150 83327 0.893 1.245 30.567 1.214 326.107 75 149 82328 0.896 1.260 30.421 1.208 327.104 74 148 81329 0.899 1.275 30.275 1.202 328.101 74 147 81330 0.902 1.291 30.129 1.196 329.098 73 146 80331 0.904 1.307 29.982 1.190 330.096 73 145 80332 0.907 1.323 29.836 1.185 331.093 72 144 79333 0.910 1.340 29.689 1.179 332.090 72 143 78334 0.913 1.357 29.541 1.173 333.087 71 142 78335 0.915 1.374 29.393 1.167 334.085 71 141 77336 0.918 1.392 29.244 1.161 335.082 71 141 76337 0.921 1.410 29.095 1.155 336.079 70 140 76338 0.923 1.429 28.945 1.149 337.077 70 139 75339 0.926 1.448 28.795 1.143 338.074 69 138 75340 0.929 1.468 28.643 1.137 339.071 69 137 74341 0.932 1.489 28.491 1.131 340.068 68 136 73342 0.934 1.510 28.338 1.125 341.066 68 135 73343 0.937 1.531 28.183 1.119 342.063 67 134 72344 0.940 1.554 28.028 1.113 343.060 67 133 71345 0.943 1.577 27.871 1.107 344.057 66 132 71346 0.945 1.601 27.712 1.100 345.055 66 131 70347 0.948 1.627 27.552 1.094 346.052 65 130 69348 0.951 1.653 27.390 1.087 347.049 65 129 69349 0.954 1.680 27.226 1.081 348.046 64 128 68350 0.956 1.709 27.059 1.074 349.044 64 127 67351 0.959 1.739 26.890 1.068 350.041 63 126 67352 0.962 1.771 26.718 1.061 351.038 63 125 66353 0.964 1.805 26.542 1.054 352.036 62 124 65354 0.967 1.841 26.362 1.047 353.033 62 122 65355 0.970 1.880 26.178 1.039 354.030 61 121 64356 0.973 1.922 25.988 1.032 355.027 60 120 63357 0.975 1.967 25.792 1.024 356.025 60 119 62358 0.978 2.017 25.589 1.016 357.022 59 118 62359 0.981 2.072 25.376 1.008 358.019 59 116 61360 0.984 2.135 25.152 0.999 359.016 58 115 60361 0.986 2.207 24.913 0.989 360.014 57 114 59362 0.989 2.293 24.653 0.979 361.011 56 112 58363 0.992 2.400 24.364 0.967 362.008 56 110 57364 0.995 2.545 24.026 0.954 363.005 55 108 56365 0.997 2.778 23.590 0.937 364.003 53 106 54


IDRAULICA

Κστ 30S= 0.0055g= 9.81


1.34 1.67


Dgr= 12.635n= 0.383A= 0.205m= 2.105C= 0.026



y = 0.0008x1.4271

R2 = 0.9974

y = 0.0002x1.5967

R2 = 0.98040.00

0.50

1.00

1.50

2.00

2.50

0 20 40 60 80 100 120 140 160


0

0.5

1

1.5

2

2.5

3

3.5

0 5 10 15 20 25


IDRAULICA


0.21 0.05 0.005 0.035 15.00 0.28 0.00 0.75 15.14 0.05 15.10 0.41 0.03 0.05 30.68 0.10 0.005 0.035 15.00 0.45 0.01 1.51 15.28 0.10 15.20 0.45 0.06 0.07 51.33 0.15 0.005 0.035 15.00 0.59 0.02 2.27 15.42 0.15 15.30 0.49 0.09 0.09 82.15 0.20 0.005 0.035 15.00 0.71 0.03 3.04 15.57 0.20 15.40 0.51 0.13 0.10 113.12 0.25 0.005 0.035 15.00 0.82 0.03 3.81 15.71 0.24 15.50 0.53 0.16 0.11 134.22 0.30 0.005 0.035 15.00 0.92 0.04 4.59 15.85 0.29 15.60 0.54 0.20 0.13 165.45 0.35 0.005 0.035 15.00 1.02 0.05 5.37 15.99 0.34 15.70 0.55 0.24 0.13 186.81 0.40 0.005 0.035 15.00 1.11 0.06 6.16 16.13 0.38 15.80 0.57 0.27 0.14 218.28 0.45 0.005 0.035 15.00 1.19 0.07 6.95 16.27 0.43 15.90 0.58 0.31 0.15 239.87 0.50 0.005 0.035 15.00 1.27 0.08 7.75 16.41 0.47 16.00 0.58 0.35 0.16 2511.56 0.55 0.005 0.035 15.00 1.35 0.09 8.55 16.56 0.52 16.10 0.59 0.39 0.17 2813.36 0.60 0.005 0.035 15.00 1.43 0.10 9.36 16.70 0.56 16.20 0.60 0.43 0.17 3015.26 0.65 0.005 0.035 15.00 1.50 0.11 10.17 16.84 0.60 16.30 0.61 0.47 0.18 3317.27 0.70 0.005 0.035 15.00 1.57 0.13 10.99 16.98 0.65 16.40 0.61 0.51 0.19 3519.36 0.75 0.005 0.035 15.00 1.64 0.14 11.81 17.12 0.69 16.50 0.62 0.55 0.19 3721.56 0.80 0.005 0.035 15.00 1.71 0.15 12.64 17.26 0.73 16.60 0.62 0.59 0.20 4023.85 0.85 0.005 0.035 15.00 1.77 0.16 13.47 17.40 0.77 16.70 0.63 0.63 0.20 4226.23 0.90 0.005 0.035 15.00 1.83 0.17 14.31 17.55 0.82 16.80 0.63 0.67 0.21 4428.70 0.95 0.005 0.035 15.00 1.89 0.18 15.15 17.69 0.86 16.90 0.64 0.71 0.21 4631.26 1.00 0.005 0.035 15.00 1.95 0.19 16.00 17.83 0.90 17.00 0.64 0.75 0.22 4833.90 1.05 0.005 0.035 15.00 2.01 0.21 16.85 17.97 0.94 17.10 0.65 0.79 0.22 5136.63 1.10 0.005 0.035 15.00 2.07 0.22 17.71 18.11 0.98 17.20 0.65 0.83 0.23 5339.45 1.15 0.005 0.035 15.00 2.12 0.23 18.57 18.25 1.02 17.30 0.65 0.87 0.23 5542.35 1.20 0.005 0.035 15.00 2.18 0.24 19.44 18.39 1.06 17.40 0.66 0.91 0.24 5745.33 1.25 0.005 0.035 15.00 2.23 0.25 20.31 18.54 1.10 17.50 0.66 0.96 0.24 5948.40 1.30 0.005 0.035 15.00 2.28 0.27 21.19 18.68 1.14 17.60 0.66 1.00 0.25 6151.54 1.35 0.005 0.035 15.00 2.34 0.28 22.07 18.82 1.17 17.70 0.67 1.04 0.25 6354.77 1.40 0.005 0.035 15.00 2.39 0.29 22.96 18.96 1.21 17.80 0.67 1.08 0.26 6558.07 1.45 0.005 0.035 15.00 2.44 0.30 23.85 19.10 1.25 17.90 0.67 1.12 0.26 6761.46 1.50 0.005 0.035 15.00 2.48 0.31 24.75 19.24 1.29 18.00 0.68 1.16 0.26 6964.92 1.55 0.005 0.035 15.00 2.53 0.33 25.65 19.38 1.32 18.10 0.68 1.21 0.27 7168.46 1.60 0.005 0.035 15.00 2.58 0.34 26.56 19.53 1.36 18.20 0.68 1.25 0.27 73



72.08 1.65 0.005 0.035 15.00 2.62 0.35 27.47 19.67 1.40 18.30 0.68 1.29 0.27 7575.77 1.70 0.005 0.035 15.00 2.67 0.36 28.39 19.81 1.43 18.40 0.69 1.33 0.28 7779.54 1.75 0.005 0.035 15.00 2.71 0.38 29.31 19.95 1.47 18.50 0.69 1.38 0.28 7983.39 1.80 0.005 0.035 15.00 2.76 0.39 30.24 20.09 1.51 18.60 0.69 1.42 0.28 8187.31 1.85 0.005 0.035 15.00 2.80 0.40 31.17 20.23 1.54 18.70 0.69 1.46 0.29 8391.30 1.90 0.005 0.035 15.00 2.84 0.41 32.11 20.37 1.58 18.80 0.69 1.50 0.29 8595.37 1.95 0.005 0.035 15.00 2.89 0.42 33.05 20.52 1.61 18.90 0.70 1.55 0.29 8799.51 2.00 0.005 0.035 15.00 2.93 0.44 34.00 20.66 1.65 19.00 0.70 1.59 0.30 89

103.70 2.05 0.005 0.035 15.00 2.97 0.45 34.95 20.80 1.68 19.10 0.70 1.63 0.30 91108.00 2.10 0.005 0.035 15.00 3.01 0.46 35.91 20.94 1.72 19.20 0.70 1.68 0.30 93112.40 2.15 0.005 0.035 15.00 3.05 0.47 36.87 21.08 1.75 19.30 0.70 1.72 0.31 94116.80 2.20 0.005 0.035 15.00 3.09 0.49 37.84 21.22 1.78 19.40 0.71 1.76 0.31 96121.30 2.25 0.005 0.035 15.00 3.13 0.50 38.81 21.36 1.82 19.50 0.71 1.81 0.31 98125.90 2.30 0.005 0.035 15.00 3.16 0.51 39.79 21.51 1.85 19.60 0.71 1.85 0.32 100130.60 2.35 0.005 0.035 15.00 3.20 0.52 40.77 21.65 1.88 19.70 0.71 1.89 0.32 102135.30 2.40 0.005 0.035 15.00 3.24 0.54 41.76 21.79 1.92 19.80 0.71 1.94 0.32 103140.10 2.45 0.005 0.035 15.00 3.28 0.55 42.75 21.93 1.95 19.90 0.71 1.98 0.32 105144.90 2.50 0.005 0.035 15.00 3.31 0.56 43.75 22.07 1.98 20.00 0.72 2.02 0.33 107149.90 2.55 0.005 0.035 15.00 3.35 0.57 44.75 22.21 2.02 20.10 0.72 2.07 0.33 109


Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s0.21 0.05 0.23 19 1.19E-06 1.56E-06 2.75E-06 0.40 0.02 0.00024 5.11E-05 0.07 0.00 0.00 0.00E+000.68 0.10 0.26 13 3.59E-05 5.42E-05 9.01E-05 0.59 0.10 0.00062 4.17E-04 0.05 0.00 0.00 0.00E+001.33 0.15 0.27 11 1.41E-04 2.31E-04 3.72E-04 0.74 0.19 0.00093 1.24E-03 0.05 0.00 0.00 0.00E+002.15 0.20 0.28 9 3.33E-04 5.78E-04 9.11E-04 0.87 0.30 0.00121 2.59E-03 0.04 0.14 0.02 1.09E-053.12 0.25 0.29 8 6.19E-04 1.12E-03 1.74E-03 0.98 0.42 0.00145 4.52E-03 0.04 0.57 0.62 4.24E-044.22 0.30 0.30 8 1.01E-03 1.89E-03 2.90E-03 1.09 0.55 0.00167 7.06E-03 0.04 0.97 2.46 1.69E-035.45 0.35 0.30 7 1.50E-03 2.91E-03 4.40E-03 1.18 0.68 0.00188 1.02E-02 0.04 1.34 5.84 4.03E-036.81 0.40 0.31 7 2.09E-03 4.17E-03 6.25E-03 1.27 0.82 0.00207 1.41E-02 0.03 1.70 10.95 7.59E-038.28 0.45 0.31 6 2.79E-03 5.70E-03 8.48E-03 1.35 0.96 0.00225 1.86E-02 0.03 2.04 17.96 1.25E-029.87 0.50 0.32 6 3.59E-03 7.50E-03 1.11E-02 1.43 1.11 0.00242 2.38E-02 0.03 2.38 27.05 1.89E-02

11.56 0.55 0.32 6 4.51E-03 9.58E-03 1.41E-02 1.51 1.26 0.00258 2.98E-02 0.03 2.70 38.29 2.68E-0213.36 0.60 0.32 5 5.52E-03 1.19E-02 1.75E-02 1.58 1.41 0.00273 3.64E-02 0.03 3.02 51.77 3.63E-0215.26 0.65 0.33 5 6.64E-03 1.46E-02 2.12E-02 1.65 1.56 0.00287 4.38E-02 0.03 3.33 67.65 4.76E-0217.27 0.70 0.33 5 7.87E-03 1.76E-02 2.54E-02 1.71 1.71 0.00301 5.20E-02 0.03 3.64 86.00 6.07E-0219.36 0.75 0.33 5 9.19E-03 2.08E-02 3.00E-02 1.78 1.87 0.00314 6.09E-02 0.03 3.94 106.85 7.57E-0221.56 0.80 0.33 5 1.06E-02 2.44E-02 3.50E-02 1.84 2.02 0.00327 7.06E-02 0.03 4.23 130.39 9.27E-0223.85 0.85 0.34 4 1.22E-02 2.82E-02 4.04E-02 1.90 2.18 0.00340 8.10E-02 0.03 4.52 156.47 1.12E-0126.23 0.90 0.34 4 1.38E-02 3.24E-02 4.62E-02 1.96 2.34 0.00352 9.23E-02 0.03 4.81 185.31 1.33E-0128.70 0.95 0.34 4 1.55E-02 3.69E-02 5.24E-02 2.01 2.50 0.00363 1.04E-01 0.03 5.09 216.88 1.56E-0131.26 1.00 0.34 4 1.74E-02 4.16E-02 5.90E-02 2.07 2.66 0.00375 1.17E-01 0.03 5.37 251.00 1.81E-0133.90 1.05 0.34 4 1.93E-02 4.67E-02 6.60E-02 2.12 2.82 0.00386 1.31E-01 0.03 5.65 288.43 2.08E-0136.63 1.10 0.35 4 2.13E-02 5.21E-02 7.34E-02 2.17 2.98 0.00396 1.45E-01 0.03 5.92 328.11 2.38E-0139.45 1.15 0.35 4 2.35E-02 5.78E-02 8.12E-02 2.22 3.14 0.00406 1.60E-01 0.03 6.19 371.69 2.70E-0142.35 1.20 0.35 4 2.57E-02 6.38E-02 8.94E-02 2.27 3.30 0.00416 1.76E-01 0.03 6.46 416.92 3.04E-0145.33 1.25 0.35 4 2.80E-02 7.01E-02 9.81E-02 2.32 3.47 0.00426 1.93E-01 0.03 6.72 465.94 3.41E-0148.40 1.30 0.35 4 3.04E-02 7.67E-02 1.07E-01 2.36 3.63 0.00436 2.11E-01 0.02 6.99 517.80 3.80E-0151.54 1.35 0.35 4 3.29E-02 8.36E-02 1.16E-01 2.41 3.79 0.00445 2.29E-01 0.02 7.24 571.85 4.21E-0154.77 1.40 0.35 3 3.54E-02 9.08E-02 1.26E-01 2.45 3.95 0.00454 2.49E-01 0.02 7.50 629.06 4.64E-0158.07 1.45 0.36 3 3.81E-02 9.84E-02 1.37E-01 2.50 4.12 0.00463 2.69E-01 0.02 7.75 690.31 5.11E-0161.46 1.50 0.36 3 4.09E-02 1.06E-01 1.47E-01 2.54 4.28 0.00472 2.90E-01 0.02 8.00 752.68 5.59E-0164.92 1.55 0.36 3 4.38E-02 1.14E-01 1.58E-01 2.58 4.44 0.00481 3.12E-01 0.02 8.25 819.08 6.10E-0168.46 1.60 0.36 3 4.67E-02 1.23E-01 1.70E-01 2.62 4.61 0.00489 3.35E-01 0.02 8.50 888.65 6.64E-01



72.08 1.65 0.36 3 4.97E-02 1.32E-01 1.81E-01 2.66 4.77 0.00497 3.58E-01 0.02 8.75 961.74 7.20E-0175.77 1.70 0.36 3 5.28E-02 1.41E-01 1.94E-01 2.70 4.93 0.00505 3.83E-01 0.02 8.99 1036.07 7.78E-0179.54 1.75 0.36 3 5.60E-02 1.50E-01 2.06E-01 2.74 5.09 0.00513 4.08E-01 0.02 9.23 1114.59 8.40E-0183.39 1.80 0.36 3 5.93E-02 1.60E-01 2.19E-01 2.78 5.25 0.00521 4.34E-01 0.02 9.47 1195.32 9.03E-0187.31 1.85 0.36 3 6.27E-02 1.70E-01 2.33E-01 2.82 5.42 0.00528 4.61E-01 0.02 9.71 1281.23 9.71E-0191.30 1.90 0.36 3 6.61E-02 1.80E-01 2.46E-01 2.85 5.58 0.00536 4.89E-01 0.02 9.94 1367.01 1.04E+0095.37 1.95 0.37 3 6.96E-02 1.91E-01 2.60E-01 2.89 5.74 0.00543 5.18E-01 0.02 10.18 1457.04 1.11E+0099.51 2.00 0.37 3 7.32E-02 2.02E-01 2.75E-01 2.92 5.90 0.00550 5.48E-01 0.02 10.41 1551.00 1.19E+00103.70 2.05 0.37 3 7.69E-02 2.13E-01 2.90E-01 2.96 6.07 0.00557 5.78E-01 0.02 10.64 1648.34 1.26E+00108.00 2.10 0.37 3 8.07E-02 2.24E-01 3.05E-01 2.99 6.23 0.00564 6.09E-01 0.02 10.87 1745.90 1.34E+00112.40 2.15 0.37 3 8.46E-02 2.36E-01 3.21E-01 3.03 6.39 0.00571 6.42E-01 0.02 11.09 1847.79 1.43E+00116.80 2.20 0.37 3 8.84E-02 2.48E-01 3.37E-01 3.06 6.55 0.00578 6.75E-01 0.02 11.32 1952.37 1.51E+00121.30 2.25 0.37 3 9.25E-02 2.61E-01 3.53E-01 3.09 6.71 0.00585 7.09E-01 0.02 11.55 2061.41 1.60E+00125.90 2.30 0.37 3 9.65E-02 2.73E-01 3.70E-01 3.13 6.87 0.00591 7.44E-01 0.02 11.77 2170.05 1.69E+00130.60 2.35 0.37 3 1.01E-01 2.86E-01 3.87E-01 3.16 7.03 0.00597 7.80E-01 0.02 11.99 2286.21 1.78E+00135.30 2.40 0.37 3 1.05E-01 3.00E-01 4.05E-01 3.19 7.19 0.00604 8.17E-01 0.02 12.21 2403.23 1.88E+00140.10 2.45 0.37 3 1.09E-01 3.13E-01 4.23E-01 3.22 7.35 0.00610 8.55E-01 0.02 12.43 2523.28 1.98E+00144.90 2.50 0.37 3 1.14E-01 3.27E-01 4.41E-01 3.25 7.51 0.00617 8.93E-01 0.02 12.64 2642.24 2.08E+00149.90 2.55 0.37 3 1.18E-01 3.41E-01 4.59E-01 3.28 7.67 0.00622 9.33E-01 0.02 12.86 2769.10 2.19E+00

C.dur.-Solofrone

Fiume Solofrone



Q medsez. a b q 0


0.10

1.00

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100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

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s]


0.00

0.20

0.40

0.60

0.80

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1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

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sion

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C.dur.-Solofrone


VOLUME m3



Q d S_Alb

C.dur.-Solofrone




Q d S_Alb

54 0.148 -1.047 143.831 3.253 53.852 158 378 20355 0.150 -1.035 141.852 3.208 54.850 155 371 19856 0.153 -1.024 139.927 3.165 55.847 152 363 19357 0.156 -1.012 138.054 3.123 56.844 149 356 18858 0.158 -1.001 136.229 3.081 57.842 146 350 18459 0.161 -0.990 134.451 3.041 58.839 143 343 17960 0.164 -0.978 132.717 3.002 59.836 140 337 17561 0.167 -0.967 131.028 2.964 60.833 138 331 17162 0.169 -0.957 129.379 2.926 61.831 135 325 16763 0.172 -0.946 127.770 2.890 62.828 133 319 16364 0.175 -0.935 126.200 2.854 63.825 130 314 15965 0.178 -0.925 124.666 2.820 64.822 128 308 15666 0.180 -0.914 123.168 2.786 65.820 126 303 15267 0.183 -0.904 121.704 2.753 66.817 123 298 14968 0.186 -0.894 120.273 2.720 67.814 121 293 14669 0.189 -0.883 118.874 2.689 68.811 119 288 14370 0.191 -0.873 117.505 2.658 69.809 117 283 14071 0.194 -0.863 116.166 2.627 70.806 115 279 13772 0.197 -0.853 114.855 2.598 71.803 113 274 13473 0.199 -0.844 113.572 2.569 72.801 111 270 13174 0.202 -0.834 112.316 2.540 73.798 109 266 12975 0.205 -0.824 111.085 2.513 74.795 108 261 12676 0.208 -0.815 109.879 2.485 75.792 106 257 12477 0.210 -0.805 108.698 2.459 76.790 104 253 12178 0.213 -0.796 107.540 2.432 77.787 103 250 11979 0.216 -0.786 106.404 2.407 78.784 101 246 11780 0.219 -0.777 105.290 2.381 79.781 99 242 11481 0.221 -0.768 104.198 2.357 80.779 98 239 11282 0.224 -0.759 103.126 2.333 81.776 96 235 11083 0.227 -0.750 102.074 2.309 82.773 95 232 10884 0.230 -0.740 101.041 2.285 83.770 94 228 10685 0.232 -0.731 100.028 2.262 84.768 92 225 10486 0.235 -0.723 99.032 2.240 85.765 91 222 10287 0.238 -0.714 98.054 2.218 86.762 89 219 10088 0.240 -0.705 97.094 2.196 87.760 88 216 9889 0.243 -0.696 96.151 2.175 88.757 87 213 9790 0.246 -0.687 95.223 2.154 89.754 86 210 9591 0.249 -0.679 94.312 2.133 90.751 84 207 9392 0.251 -0.670 93.416 2.113 91.749 83 204 9293 0.254 -0.662 92.535 2.093 92.746 82 201 9094 0.257 -0.653 91.669 2.073 93.743 81 199 8995 0.260 -0.645 90.817 2.054 94.740 80 196 8796 0.262 -0.636 89.978 2.035 95.738 79 194 8697 0.265 -0.628 89.154 2.017 96.735 78 191 8498 0.268 -0.620 88.342 1.998 97.732 77 189 8399 0.270 -0.611 87.543 1.980 98.730 76 186 81

100 0.273 -0.603 86.757 1.962 99.727 75 184 80101 0.276 -0.595 85.983 1.945 100.724 74 181 79102 0.279 -0.587 85.221 1.928 101.721 73 179 77103 0.281 -0.579 84.471 1.911 102.719 72 177 76104 0.284 -0.571 83.732 1.894 103.716 71 175 75105 0.287 -0.563 83.004 1.877 104.713 70 172 74106 0.290 -0.555 82.287 1.861 105.710 69 170 73

C.dur.-Solofrone




Q d S_Alb

107 0.292 -0.547 81.580 1.845 106.708 68 168 71108 0.295 -0.539 80.884 1.829 107.705 67 166 70109 0.298 -0.531 80.198 1.814 108.702 66 164 69110 0.301 -0.523 79.521 1.799 109.699 66 162 68111 0.303 -0.515 78.854 1.784 110.697 65 160 67112 0.306 -0.507 78.197 1.769 111.694 64 158 66113 0.309 -0.499 77.549 1.754 112.691 63 157 65114 0.311 -0.492 76.910 1.740 113.689 62 155 64115 0.314 -0.484 76.280 1.725 114.686 62 153 63116 0.317 -0.476 75.658 1.711 115.683 61 151 62117 0.320 -0.469 75.044 1.697 116.680 60 149 61118 0.322 -0.461 74.439 1.684 117.678 59 148 60119 0.325 -0.453 73.842 1.670 118.675 59 146 60120 0.328 -0.446 73.253 1.657 119.672 58 144 59121 0.331 -0.438 72.672 1.644 120.669 57 143 58122 0.333 -0.431 72.098 1.631 121.667 57 141 57123 0.336 -0.423 71.532 1.618 122.664 56 139 56124 0.339 -0.416 70.973 1.605 123.661 55 138 55125 0.342 -0.408 70.421 1.593 124.658 55 136 55126 0.344 -0.401 69.876 1.580 125.656 54 135 54127 0.347 -0.393 69.338 1.568 126.653 53 133 53128 0.350 -0.386 68.807 1.556 127.650 53 132 52129 0.352 -0.379 68.282 1.544 128.648 52 131 52130 0.355 -0.371 67.763 1.533 129.645 52 129 51131 0.358 -0.364 67.251 1.521 130.642 51 128 50132 0.361 -0.357 66.745 1.510 131.639 51 126 49133 0.363 -0.349 66.246 1.498 132.637 50 125 49134 0.366 -0.342 65.752 1.487 133.634 49 124 48135 0.369 -0.335 65.264 1.476 134.631 49 122 47136 0.372 -0.328 64.782 1.465 135.628 48 121 47137 0.374 -0.320 64.305 1.454 136.626 48 120 46138 0.377 -0.313 63.834 1.444 137.623 47 119 46139 0.380 -0.306 63.369 1.433 138.620 47 117 45140 0.383 -0.299 62.909 1.423 139.617 46 116 44141 0.385 -0.292 62.454 1.413 140.615 46 115 44142 0.388 -0.285 62.004 1.402 141.612 45 114 43143 0.391 -0.277 61.559 1.392 142.609 45 113 43144 0.393 -0.270 61.120 1.382 143.607 44 111 42145 0.396 -0.263 60.685 1.373 144.604 44 110 41146 0.399 -0.256 60.255 1.363 145.601 43 109 41147 0.402 -0.249 59.829 1.353 146.598 43 108 40148 0.404 -0.242 59.409 1.344 147.596 43 107 40149 0.407 -0.235 58.993 1.334 148.593 42 106 39150 0.410 -0.228 58.581 1.325 149.590 42 105 39151 0.413 -0.221 58.174 1.316 150.587 41 104 38152 0.415 -0.214 57.771 1.307 151.585 41 103 38153 0.418 -0.207 57.372 1.298 152.582 40 102 37154 0.421 -0.200 56.978 1.289 153.579 40 101 37155 0.423 -0.193 56.587 1.280 154.577 40 100 36156 0.426 -0.186 56.201 1.271 155.574 39 99 36157 0.429 -0.179 55.819 1.263 156.571 39 98 36158 0.432 -0.172 55.440 1.254 157.568 38 97 35159 0.434 -0.165 55.066 1.246 158.566 38 96 35

C.dur.-Solofrone




Q d S_Alb

160 0.437 -0.158 54.695 1.237 159.563 38 95 34161 0.440 -0.151 54.328 1.229 160.560 37 94 34162 0.443 -0.144 53.965 1.221 161.557 37 93 33163 0.445 -0.137 53.605 1.212 162.555 36 92 33164 0.448 -0.130 53.249 1.204 163.552 36 92 33165 0.451 -0.124 52.896 1.196 164.549 36 91 32166 0.454 -0.117 52.547 1.189 165.546 35 90 32167 0.456 -0.110 52.201 1.181 166.544 35 89 31168 0.459 -0.103 51.859 1.173 167.541 35 88 31169 0.462 -0.096 51.520 1.165 168.538 34 87 31170 0.464 -0.089 51.184 1.158 169.536 34 87 30171 0.467 -0.082 50.851 1.150 170.533 34 86 30172 0.470 -0.075 50.522 1.143 171.530 33 85 30173 0.473 -0.069 50.195 1.135 172.527 33 84 29174 0.475 -0.062 49.872 1.128 173.525 33 83 29175 0.478 -0.055 49.552 1.121 174.522 32 83 29176 0.481 -0.048 49.234 1.114 175.519 32 82 28177 0.484 -0.041 48.920 1.106 176.516 32 81 28178 0.486 -0.034 48.608 1.099 177.514 32 80 28179 0.489 -0.027 48.299 1.092 178.511 31 80 27180 0.492 -0.021 47.993 1.086 179.508 31 79 27181 0.495 -0.014 47.690 1.079 180.505 31 78 27182 0.497 -0.007 47.390 1.072 181.503 30 78 26183 0.500 0.000 47.092 1.065 182.500 30 77 26184 0.503 0.007 46.797 1.058 183.497 30 76 26185 0.505 0.014 46.504 1.052 184.495 30 75 25186 0.508 0.021 46.214 1.045 185.492 29 75 25187 0.511 0.027 45.927 1.039 186.489 29 74 25188 0.514 0.034 45.642 1.032 187.486 29 73 25189 0.516 0.041 45.360 1.026 188.484 28 73 24190 0.519 0.048 45.080 1.020 189.481 28 72 24191 0.522 0.055 44.802 1.013 190.478 28 72 24192 0.525 0.062 44.527 1.007 191.475 28 71 23193 0.527 0.069 44.254 1.001 192.473 27 70 23194 0.530 0.075 43.983 0.995 193.470 27 70 23195 0.533 0.082 43.715 0.989 194.467 27 69 23196 0.536 0.089 43.449 0.983 195.464 27 68 22197 0.538 0.096 43.185 0.977 196.462 26 68 22198 0.541 0.103 42.923 0.971 197.459 26 67 22199 0.544 0.110 42.664 0.965 198.456 26 67 22200 0.546 0.117 42.406 0.959 199.454 26 66 21201 0.549 0.124 42.151 0.953 200.451 26 66 21202 0.552 0.130 41.898 0.948 201.448 25 65 21203 0.555 0.137 41.646 0.942 202.445 25 64 21204 0.557 0.144 41.397 0.936 203.443 25 64 21205 0.560 0.151 41.150 0.931 204.440 25 63 20206 0.563 0.158 40.905 0.925 205.437 24 63 20207 0.566 0.165 40.661 0.920 206.434 24 62 20208 0.568 0.172 40.420 0.914 207.432 24 62 20209 0.571 0.179 40.180 0.909 208.429 24 61 19210 0.574 0.186 39.943 0.903 209.426 24 61 19211 0.577 0.193 39.707 0.898 210.423 23 60 19212 0.579 0.200 39.473 0.893 211.421 23 60 19

C.dur.-Solofrone




Q d S_Alb

213 0.582 0.207 39.241 0.888 212.418 23 59 19214 0.585 0.214 39.010 0.882 213.415 23 59 18215 0.587 0.221 38.782 0.877 214.413 23 58 18216 0.590 0.228 38.555 0.872 215.410 22 58 18217 0.593 0.235 38.329 0.867 216.407 22 57 18218 0.596 0.242 38.106 0.862 217.404 22 57 18219 0.598 0.249 37.884 0.857 218.402 22 56 17220 0.601 0.256 37.664 0.852 219.399 22 56 17221 0.604 0.263 37.445 0.847 220.396 21 55 17222 0.607 0.270 37.228 0.842 221.393 21 55 17223 0.609 0.277 37.013 0.837 222.391 21 54 17224 0.612 0.285 36.799 0.832 223.388 21 54 17225 0.615 0.292 36.587 0.828 224.385 21 54 16226 0.617 0.299 36.376 0.823 225.383 21 53 16227 0.620 0.306 36.166 0.818 226.380 20 53 16228 0.623 0.313 35.959 0.813 227.377 20 52 16229 0.626 0.320 35.752 0.809 228.374 20 52 16230 0.628 0.328 35.548 0.804 229.372 20 51 16231 0.631 0.335 35.344 0.799 230.369 20 51 15232 0.634 0.342 35.142 0.795 231.366 19 51 15233 0.637 0.349 34.942 0.790 232.363 19 50 15234 0.639 0.357 34.742 0.786 233.361 19 50 15235 0.642 0.364 34.545 0.781 234.358 19 49 15236 0.645 0.371 34.348 0.777 235.355 19 49 15237 0.648 0.379 34.153 0.772 236.352 19 49 14238 0.650 0.386 33.959 0.768 237.350 19 48 14239 0.653 0.393 33.767 0.764 238.347 18 48 14240 0.656 0.401 33.575 0.759 239.344 18 47 14241 0.658 0.408 33.385 0.755 240.342 18 47 14242 0.661 0.416 33.197 0.751 241.339 18 47 14243 0.664 0.423 33.009 0.747 242.336 18 46 14244 0.667 0.431 32.823 0.742 243.333 18 46 13245 0.669 0.438 32.638 0.738 244.331 17 46 13246 0.672 0.446 32.454 0.734 245.328 17 45 13247 0.675 0.453 32.272 0.730 246.325 17 45 13248 0.678 0.461 32.090 0.726 247.322 17 44 13249 0.680 0.469 31.910 0.722 248.320 17 44 13250 0.683 0.476 31.731 0.718 249.317 17 44 13251 0.686 0.484 31.553 0.714 250.314 17 43 12252 0.689 0.492 31.376 0.710 251.311 16 43 12253 0.691 0.499 31.200 0.706 252.309 16 43 12254 0.694 0.507 31.026 0.702 253.306 16 42 12255 0.697 0.515 30.852 0.698 254.303 16 42 12256 0.699 0.523 30.679 0.694 255.301 16 42 12257 0.702 0.531 30.508 0.690 256.298 16 41 12258 0.705 0.539 30.338 0.686 257.295 16 41 12259 0.708 0.547 30.168 0.682 258.292 16 41 11260 0.710 0.555 30.000 0.679 259.290 15 40 11261 0.713 0.563 29.832 0.675 260.287 15 40 11262 0.716 0.571 29.666 0.671 261.284 15 40 11263 0.719 0.579 29.500 0.667 262.281 15 39 11264 0.721 0.587 29.336 0.664 263.279 15 39 11265 0.724 0.595 29.173 0.660 264.276 15 39 11

C.dur.-Solofrone




Q d S_Alb

266 0.727 0.603 29.010 0.656 265.273 15 38 11267 0.730 0.611 28.848 0.653 266.270 15 38 11268 0.732 0.620 28.688 0.649 267.268 14 38 10269 0.735 0.628 28.528 0.645 268.265 14 38 10270 0.738 0.636 28.369 0.642 269.262 14 37 10271 0.740 0.645 28.211 0.638 270.260 14 37 10272 0.743 0.653 28.054 0.635 271.257 14 37 10273 0.746 0.662 27.897 0.631 272.254 14 36 10274 0.749 0.670 27.742 0.627 273.251 14 36 10275 0.751 0.679 27.587 0.624 274.249 14 36 10276 0.754 0.687 27.434 0.621 275.246 13 36 10277 0.757 0.696 27.281 0.617 276.243 13 35 10278 0.760 0.705 27.129 0.614 277.240 13 35 9279 0.762 0.714 26.977 0.610 278.238 13 35 9280 0.765 0.723 26.827 0.607 279.235 13 34 9281 0.768 0.731 26.677 0.603 280.232 13 34 9282 0.770 0.740 26.528 0.600 281.230 13 34 9283 0.773 0.750 26.380 0.597 282.227 13 34 9284 0.776 0.759 26.232 0.593 283.224 13 33 9285 0.779 0.768 26.085 0.590 284.221 13 33 9286 0.781 0.777 25.939 0.587 285.219 12 33 9287 0.784 0.786 25.794 0.583 286.216 12 33 9288 0.787 0.796 25.649 0.580 287.213 12 32 9289 0.790 0.805 25.505 0.577 288.210 12 32 8290 0.792 0.815 25.362 0.574 289.208 12 32 8291 0.795 0.824 25.219 0.570 290.205 12 32 8292 0.798 0.834 25.077 0.567 291.202 12 31 8293 0.801 0.844 24.936 0.564 292.199 12 31 8294 0.803 0.853 24.795 0.561 293.197 12 31 8295 0.806 0.863 24.655 0.558 294.194 12 31 8296 0.809 0.873 24.516 0.555 295.191 11 30 8297 0.811 0.883 24.377 0.551 296.189 11 30 8298 0.814 0.894 24.239 0.548 297.186 11 30 8299 0.817 0.904 24.101 0.545 298.183 11 30 8300 0.820 0.914 23.964 0.542 299.180 11 29 8301 0.822 0.925 23.827 0.539 300.178 11 29 7302 0.825 0.935 23.691 0.536 301.175 11 29 7303 0.828 0.946 23.556 0.533 302.172 11 29 7304 0.831 0.957 23.421 0.530 303.169 11 28 7305 0.833 0.967 23.286 0.527 304.167 11 28 7306 0.836 0.978 23.152 0.524 305.164 10 28 7307 0.839 0.990 23.019 0.521 306.161 10 28 7308 0.842 1.001 22.886 0.518 307.158 10 27 7309 0.844 1.012 22.753 0.515 308.156 10 27 7310 0.847 1.024 22.621 0.512 309.153 10 27 7311 0.850 1.035 22.489 0.509 310.150 10 27 7312 0.852 1.047 22.358 0.506 311.148 10 27 7313 0.855 1.059 22.227 0.503 312.145 10 26 7314 0.858 1.071 22.096 0.500 313.142 10 26 6315 0.861 1.083 21.966 0.497 314.139 10 26 6316 0.863 1.096 21.836 0.494 315.137 10 26 6317 0.866 1.108 21.707 0.491 316.134 10 25 6318 0.869 1.121 21.577 0.488 317.131 9 25 6

C.dur.-Solofrone




Q d S_Alb

319 0.872 1.134 21.449 0.485 318.128 9 25 6320 0.874 1.147 21.320 0.482 319.126 9 25 6321 0.877 1.160 21.192 0.479 320.123 9 25 6322 0.880 1.174 21.064 0.476 321.120 9 24 6323 0.883 1.188 20.936 0.474 322.117 9 24 6324 0.885 1.202 20.808 0.471 323.115 9 24 6325 0.888 1.216 20.681 0.468 324.112 9 24 6326 0.891 1.230 20.553 0.465 325.109 9 24 6327 0.893 1.245 20.426 0.462 326.107 9 23 6328 0.896 1.260 20.299 0.459 327.104 9 23 6329 0.899 1.275 20.172 0.456 328.101 9 23 5330 0.902 1.291 20.045 0.453 329.098 8 23 5331 0.904 1.307 19.918 0.451 330.096 8 22 5332 0.907 1.323 19.791 0.448 331.093 8 22 5333 0.910 1.340 19.664 0.445 332.090 8 22 5334 0.913 1.357 19.537 0.442 333.087 8 22 5335 0.915 1.374 19.410 0.439 334.085 8 22 5336 0.918 1.392 19.283 0.436 335.082 8 21 5337 0.921 1.410 19.155 0.433 336.079 8 21 5338 0.923 1.429 19.027 0.430 337.077 8 21 5339 0.926 1.448 18.899 0.427 338.074 8 21 5340 0.929 1.468 18.771 0.425 339.071 8 21 5341 0.932 1.489 18.642 0.422 340.068 8 20 5342 0.934 1.510 18.513 0.419 341.066 8 20 5343 0.937 1.531 18.383 0.416 342.063 7 20 5344 0.940 1.554 18.252 0.413 343.060 7 20 5345 0.943 1.577 18.121 0.410 344.057 7 20 4346 0.945 1.601 17.988 0.407 345.055 7 19 4347 0.948 1.627 17.855 0.404 346.052 7 19 4348 0.951 1.653 17.721 0.401 347.049 7 19 4349 0.954 1.680 17.585 0.398 348.046 7 19 4350 0.956 1.709 17.448 0.395 349.044 7 19 4351 0.959 1.739 17.309 0.392 350.041 7 18 4352 0.962 1.771 17.169 0.388 351.038 7 18 4353 0.964 1.805 17.026 0.385 352.036 7 18 4354 0.967 1.841 16.881 0.382 353.033 7 18 4355 0.970 1.880 16.732 0.378 354.030 6 18 4356 0.973 1.922 16.580 0.375 355.027 6 17 4357 0.975 1.967 16.425 0.371 356.025 6 17 4358 0.978 2.017 16.264 0.368 357.022 6 17 4359 0.981 2.072 16.097 0.364 358.019 6 17 4360 0.984 2.135 15.922 0.360 359.016 6 16 4361 0.986 2.207 15.737 0.356 360.014 6 16 3362 0.989 2.293 15.538 0.351 361.011 6 16 3363 0.992 2.400 15.320 0.347 362.008 6 15 3364 0.995 2.545 15.069 0.341 363.005 6 15 3365 0.997 2.778 14.752 0.334 364.003 5 15 3


IDRAULICA

Κστ 30S= 0.0011g= 9.81


1.34 1.67


Dgr= 12.635n= 0.383A= 0.205m= 2.105C= 0.026



y = 0.0001x1.425

R2 = 0.9994

y = 3E-05x1.5787

R2 = 0.9958

0.00

0.01

0.02

0.03

0.04

0.05

0.06

0.07

0 10 20 30 40 50 60 70 80 90


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16 18 20


IDRAULICA


3.86 0.50 0.001 0.035 13.00 0.57 0.02 6.75 14.41 0.47 14.00 0.26 0.21 0.07 54.52 0.55 0.001 0.035 13.00 0.61 0.02 7.45 14.56 0.51 14.10 0.27 0.23 0.07 65.22 0.60 0.001 0.035 13.00 0.64 0.02 8.16 14.70 0.56 14.20 0.27 0.25 0.08 65.97 0.65 0.001 0.035 13.00 0.67 0.02 8.87 14.84 0.60 14.30 0.27 0.28 0.08 66.75 0.70 0.001 0.035 13.00 0.70 0.03 9.59 14.98 0.64 14.40 0.28 0.30 0.08 77.57 0.75 0.001 0.035 13.00 0.73 0.03 10.31 15.12 0.68 14.50 0.28 0.32 0.09 78.43 0.80 0.001 0.035 13.00 0.76 0.03 11.04 15.26 0.72 14.60 0.28 0.35 0.09 89.33 0.85 0.001 0.035 13.00 0.79 0.03 11.77 15.40 0.76 14.70 0.28 0.37 0.09 810.26 0.90 0.001 0.035 13.00 0.82 0.03 12.51 15.55 0.80 14.80 0.28 0.39 0.09 911.22 0.95 0.001 0.035 13.00 0.85 0.04 13.25 15.69 0.84 14.90 0.29 0.42 0.10 912.22 1.00 0.001 0.035 13.00 0.87 0.04 14.00 15.83 0.88 15.00 0.29 0.44 0.10 1013.26 1.05 0.001 0.035 13.00 0.90 0.04 14.75 15.97 0.92 15.10 0.29 0.47 0.10 1014.33 1.10 0.001 0.035 13.00 0.92 0.04 15.51 16.11 0.96 15.20 0.29 0.49 0.10 1015.43 1.15 0.001 0.035 13.00 0.95 0.05 16.27 16.25 1.00 15.30 0.29 0.52 0.10 1116.57 1.20 0.001 0.035 13.00 0.97 0.05 17.04 16.39 1.04 15.40 0.30 0.54 0.11 1117.74 1.25 0.001 0.035 13.00 1.00 0.05 17.81 16.54 1.08 15.50 0.30 0.57 0.11 1218.94 1.30 0.001 0.035 13.00 1.02 0.05 18.59 16.68 1.12 15.60 0.30 0.59 0.11 1220.17 1.35 0.001 0.035 13.00 1.04 0.06 19.37 16.82 1.15 15.70 0.30 0.62 0.11 1221.44 1.40 0.001 0.035 13.00 1.06 0.06 20.16 16.96 1.19 15.80 0.30 0.64 0.11 1322.73 1.45 0.001 0.035 13.00 1.09 0.06 20.95 17.10 1.23 15.90 0.30 0.67 0.11 1324.06 1.50 0.001 0.035 13.00 1.11 0.06 21.75 17.24 1.26 16.00 0.30 0.69 0.12 1425.42 1.55 0.001 0.035 13.00 1.13 0.06 22.55 17.38 1.30 16.10 0.30 0.72 0.12 1426.81 1.60 0.001 0.035 13.00 1.15 0.07 23.36 17.53 1.33 16.20 0.31 0.74 0.12 1428.23 1.65 0.001 0.035 13.00 1.17 0.07 24.17 17.67 1.37 16.30 0.31 0.77 0.12 1529.68 1.70 0.001 0.035 13.00 1.19 0.07 24.99 17.81 1.40 16.40 0.31 0.79 0.12 1531.16 1.75 0.001 0.035 13.00 1.21 0.07 25.81 17.95 1.44 16.50 0.31 0.82 0.12 1632.67 1.80 0.001 0.035 13.00 1.23 0.08 26.64 18.09 1.47 16.60 0.31 0.84 0.13 1634.22 1.85 0.001 0.035 13.00 1.25 0.08 27.47 18.23 1.51 16.70 0.31 0.87 0.13 1635.79 1.90 0.001 0.035 13.00 1.26 0.08 28.31 18.37 1.54 16.80 0.31 0.90 0.13 1737.39 1.95 0.001 0.035 13.00 1.28 0.08 29.15 18.52 1.57 16.90 0.31 0.92 0.13 1739.02 2.00 0.001 0.035 13.00 1.30 0.09 30.00 18.66 1.61 17.00 0.31 0.95 0.13 1740.68 2.05 0.001 0.035 13.00 1.32 0.09 30.85 18.80 1.64 17.10 0.31 0.97 0.13 18



42.37 2.10 0.001 0.035 13.00 1.34 0.09 31.71 18.94 1.67 17.20 0.31 1.00 0.13 1844.09 2.15 0.001 0.035 13.00 1.35 0.09 32.57 19.08 1.71 17.30 0.32 1.03 0.14 1845.84 2.20 0.001 0.035 13.00 1.37 0.10 33.44 19.22 1.74 17.40 0.32 1.05 0.14 1947.61 2.25 0.001 0.035 13.00 1.39 0.10 34.31 19.36 1.77 17.50 0.32 1.08 0.14 1949.42 2.30 0.001 0.035 13.00 1.40 0.10 35.19 19.51 1.80 17.60 0.32 1.11 0.14 1951.25 2.35 0.001 0.035 13.00 1.42 0.10 36.07 19.65 1.84 17.70 0.32 1.13 0.14 2053.12 2.40 0.001 0.035 13.00 1.44 0.11 36.96 19.79 1.87 17.80 0.32 1.16 0.14 2055.01 2.45 0.001 0.035 13.00 1.45 0.11 37.85 19.93 1.90 17.90 0.32 1.18 0.14 2056.93 2.50 0.001 0.035 13.00 1.47 0.11 38.75 20.07 1.93 18.00 0.32 1.21 0.14 2158.88 2.55 0.001 0.035 13.00 1.49 0.11 39.65 20.21 1.96 18.10 0.32 1.24 0.15 2160.86 2.60 0.001 0.035 13.00 1.50 0.11 40.56 20.35 1.99 18.20 0.32 1.26 0.15 2262.87 2.65 0.001 0.035 13.00 1.52 0.12 41.47 20.50 2.02 18.30 0.32 1.29 0.15 2264.91 2.70 0.001 0.035 13.00 1.53 0.12 42.39 20.64 2.05 18.40 0.32 1.32 0.15 2266.97 2.75 0.001 0.035 13.00 1.55 0.12 43.31 20.78 2.09 18.50 0.32 1.34 0.15 2269.07 2.80 0.001 0.035 13.00 1.56 0.12 44.24 20.92 2.12 18.60 0.32 1.37 0.15 2371.19 2.85 0.001 0.035 13.00 1.58 0.13 45.17 21.06 2.15 18.70 0.32 1.40 0.15 2373.34 2.90 0.001 0.035 13.00 1.59 0.13 46.11 21.20 2.18 18.80 0.32 1.43 0.15 2375.52 2.95 0.001 0.035 13.00 1.61 0.13 47.05 21.34 2.20 18.90 0.32 1.45 0.15 2477.73 3.00 0.001 0.035 13.00 1.62 0.13 48.00 21.49 2.23 19.00 0.33 1.48 0.16 24


Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s3.86 0.50 0.32 6 5.84E-05 1.22E-04 1.80E-04 0.64 0.13 0.00020 7.87E-04 0.03 0.00 0.00 0.00E+004.52 0.55 0.32 6 8.10E-05 1.72E-04 2.53E-04 0.67 0.15 0.00022 1.01E-03 0.03 0.00 0.00 0.00E+005.22 0.60 0.32 5 1.08E-04 2.33E-04 3.40E-04 0.71 0.17 0.00024 1.27E-03 0.03 0.08 0.01 3.27E-065.97 0.65 0.33 5 1.38E-04 3.04E-04 4.42E-04 0.74 0.19 0.00026 1.57E-03 0.03 0.16 0.03 2.07E-056.75 0.70 0.33 5 1.73E-04 3.87E-04 5.60E-04 0.77 0.21 0.00028 1.89E-03 0.03 0.24 0.09 5.78E-057.57 0.75 0.33 5 2.13E-04 4.81E-04 6.94E-04 0.79 0.24 0.00030 2.25E-03 0.03 0.31 0.19 1.18E-048.43 0.80 0.33 5 2.56E-04 5.87E-04 8.44E-04 0.82 0.26 0.00031 2.65E-03 0.03 0.38 0.33 2.03E-049.33 0.85 0.34 4 3.04E-04 7.06E-04 1.01E-03 0.85 0.28 0.00033 3.08E-03 0.03 0.45 0.51 3.15E-0410.26 0.90 0.34 4 3.56E-04 8.36E-04 1.19E-03 0.87 0.31 0.00035 3.55E-03 0.03 0.52 0.73 4.55E-0411.22 0.95 0.34 4 4.13E-04 9.79E-04 1.39E-03 0.90 0.33 0.00036 4.05E-03 0.03 0.59 1.00 6.25E-0412.22 1.00 0.34 4 4.74E-04 1.13E-03 1.61E-03 0.92 0.36 0.00038 4.59E-03 0.03 0.65 1.31 8.25E-0413.26 1.05 0.34 4 5.39E-04 1.30E-03 1.84E-03 0.94 0.38 0.00039 5.17E-03 0.03 0.72 1.67 1.06E-0314.33 1.10 0.35 4 6.08E-04 1.49E-03 2.09E-03 0.97 0.41 0.00040 5.79E-03 0.03 0.78 2.08 1.32E-0315.43 1.15 0.35 4 6.82E-04 1.68E-03 2.36E-03 0.99 0.43 0.00042 6.44E-03 0.03 0.84 2.53 1.61E-0316.57 1.20 0.35 4 7.60E-04 1.89E-03 2.65E-03 1.01 0.46 0.00043 7.14E-03 0.03 0.90 3.04 1.94E-0317.74 1.25 0.35 4 8.42E-04 2.11E-03 2.95E-03 1.03 0.48 0.00044 7.87E-03 0.03 0.96 3.59 2.30E-0318.94 1.30 0.35 4 9.29E-04 2.35E-03 3.28E-03 1.05 0.51 0.00046 8.64E-03 0.02 1.02 4.20 2.70E-0320.17 1.35 0.35 4 1.02E-03 2.59E-03 3.61E-03 1.07 0.53 0.00047 9.45E-03 0.02 1.07 4.85 3.13E-0321.44 1.40 0.35 4 1.11E-03 2.85E-03 3.96E-03 1.09 0.56 0.00048 1.03E-02 0.02 1.13 5.55 3.60E-0322.73 1.45 0.35 3 1.21E-03 3.13E-03 4.34E-03 1.11 0.58 0.00049 1.12E-02 0.02 1.18 6.30 4.09E-0324.06 1.50 0.36 3 1.31E-03 3.41E-03 4.73E-03 1.13 0.61 0.00050 1.21E-02 0.02 1.24 7.09 4.62E-0325.42 1.55 0.36 3 1.42E-03 3.72E-03 5.14E-03 1.15 0.63 0.00052 1.31E-02 0.02 1.29 7.94 5.20E-0326.81 1.60 0.36 3 1.53E-03 4.04E-03 5.57E-03 1.17 0.66 0.00053 1.41E-02 0.02 1.34 8.86 5.82E-0328.23 1.65 0.36 3 1.65E-03 4.36E-03 6.01E-03 1.18 0.69 0.00054 1.52E-02 0.02 1.39 9.80 6.46E-0329.68 1.70 0.36 3 1.77E-03 4.71E-03 6.48E-03 1.20 0.71 0.00055 1.63E-02 0.02 1.45 10.80 7.14E-0331.16 1.75 0.36 3 1.89E-03 5.06E-03 6.95E-03 1.22 0.74 0.00056 1.74E-02 0.02 1.50 11.84 7.85E-0332.67 1.80 0.36 3 2.02E-03 5.44E-03 7.46E-03 1.23 0.76 0.00057 1.86E-02 0.02 1.55 12.97 8.63E-0334.22 1.85 0.36 3 2.14E-03 5.81E-03 7.95E-03 1.25 0.79 0.00058 1.98E-02 0.02 1.60 14.08 9.41E-0335.79 1.90 0.36 3 2.28E-03 6.21E-03 8.49E-03 1.27 0.82 0.00059 2.10E-02 0.02 1.65 15.29 1.02E-0237.39 1.95 0.36 3 2.42E-03 6.62E-03 9.03E-03 1.28 0.84 0.00060 2.23E-02 0.02 1.69 16.49 1.11E-0239.02 2.00 0.37 3 2.56E-03 7.06E-03 9.62E-03 1.30 0.87 0.00061 2.37E-02 0.02 1.74 17.83 1.20E-0240.68 2.05 0.37 3 2.70E-03 7.48E-03 1.02E-02 1.31 0.89 0.00062 2.51E-02 0.02 1.79 19.13 1.30E-02


C.dur.-Testene

Fiume Testene


S_Alb. 1.499 -2.190 6.678 1.375 β 1.579 1.425 2.115Qc 0.000 m3/s Wst 2939 9668 1640W l 4.E+07 m3 Wst/Wl 7.23E-05 0.000237747 4.032E-05

Q medsez. a b q 0


0.01

0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Testene


Q d S_AlbVOLUME m3



C.dur.-Testene


VOLUME m3



54 0.148 -1.047 150.908 2.074 53.852 8 31 255 0.150 -1.035 148.323 2.039 54.850 8 30 256 0.153 -1.024 145.815 2.004 55.847 7 29 257 0.156 -1.012 143.379 1.971 56.844 7 29 258 0.158 -1.001 141.014 1.938 57.842 7 28 259 0.161 -0.990 138.715 1.907 58.839 7 27 260 0.164 -0.978 136.481 1.876 59.836 7 27 261 0.167 -0.967 134.307 1.846 60.833 7 26 162 0.169 -0.957 132.193 1.817 61.831 6 26 163 0.172 -0.946 130.134 1.789 62.828 6 25 164 0.175 -0.935 128.130 1.761 63.825 6 24 165 0.178 -0.925 126.177 1.735 64.822 6 24 166 0.180 -0.914 124.275 1.708 65.820 6 23 167 0.183 -0.904 122.420 1.683 66.817 6 23 168 0.186 -0.894 120.611 1.658 67.814 6 22 169 0.189 -0.883 118.846 1.634 68.811 5 22 170 0.191 -0.873 117.125 1.610 69.809 5 22 171 0.194 -0.863 115.444 1.587 70.806 5 21 172 0.197 -0.853 113.803 1.564 71.803 5 21 173 0.199 -0.844 112.200 1.542 72.801 5 20 174 0.202 -0.834 110.634 1.521 73.798 5 20 175 0.205 -0.824 109.103 1.500 74.795 5 19 176 0.208 -0.815 107.607 1.479 75.792 5 19 177 0.210 -0.805 106.144 1.459 76.790 5 19 178 0.213 -0.796 104.713 1.439 77.787 4 18 179 0.216 -0.786 103.313 1.420 78.784 4 18 180 0.219 -0.777 101.944 1.401 79.781 4 18 181 0.221 -0.768 100.603 1.383 80.779 4 17 182 0.224 -0.759 99.290 1.365 81.776 4 17 183 0.227 -0.750 98.005 1.347 82.773 4 17 184 0.230 -0.740 96.745 1.330 83.770 4 16 185 0.232 -0.731 95.512 1.313 84.768 4 16 186 0.235 -0.723 94.303 1.296 85.765 4 16 187 0.238 -0.714 93.118 1.280 86.762 4 16 188 0.240 -0.705 91.957 1.264 87.760 4 15 189 0.243 -0.696 90.818 1.248 88.757 4 15 190 0.246 -0.687 89.701 1.233 89.754 3 15 191 0.249 -0.679 88.606 1.218 90.751 3 14 192 0.251 -0.670 87.531 1.203 91.749 3 14 193 0.254 -0.662 86.476 1.189 92.746 3 14 194 0.257 -0.653 85.441 1.175 93.743 3 14 195 0.260 -0.645 84.425 1.161 94.740 3 14 196 0.262 -0.636 83.428 1.147 95.738 3 13 197 0.265 -0.628 82.448 1.133 96.735 3 13 198 0.268 -0.620 81.486 1.120 97.732 3 13 199 0.270 -0.611 80.541 1.107 98.730 3 13 1

100 0.273 -0.603 79.613 1.094 99.727 3 12 0101 0.276 -0.595 78.701 1.082 100.724 3 12 0102 0.279 -0.587 77.804 1.070 101.721 3 12 0103 0.281 -0.579 76.923 1.057 102.719 3 12 0104 0.284 -0.571 76.057 1.046 103.716 3 12 0105 0.287 -0.563 75.205 1.034 104.713 3 11 0106 0.290 -0.555 74.368 1.022 105.710 3 11 0

C.dur.-Testene


VOLUME m3



107 0.292 -0.547 73.545 1.011 106.708 3 11 0108 0.295 -0.539 72.735 1.000 107.705 2 11 0109 0.298 -0.531 71.938 0.989 108.702 2 11 0110 0.301 -0.523 71.154 0.978 109.699 2 11 0111 0.303 -0.515 70.383 0.968 110.697 2 10 0112 0.306 -0.507 69.624 0.957 111.694 2 10 0113 0.309 -0.499 68.877 0.947 112.691 2 10 0114 0.311 -0.492 68.141 0.937 113.689 2 10 0115 0.314 -0.484 67.417 0.927 114.686 2 10 0116 0.317 -0.476 66.705 0.917 115.683 2 10 0117 0.320 -0.469 66.003 0.907 116.680 2 10 0118 0.322 -0.461 65.312 0.898 117.678 2 9 0119 0.325 -0.453 64.631 0.888 118.675 2 9 0120 0.328 -0.446 63.960 0.879 119.672 2 9 0121 0.331 -0.438 63.300 0.870 120.669 2 9 0122 0.333 -0.431 62.649 0.861 121.667 2 9 0123 0.336 -0.423 62.008 0.852 122.664 2 9 0124 0.339 -0.416 61.376 0.844 123.661 2 9 0125 0.342 -0.408 60.753 0.835 124.658 2 8 0126 0.344 -0.401 60.139 0.827 125.656 2 8 0127 0.347 -0.393 59.534 0.818 126.653 2 8 0128 0.350 -0.386 58.938 0.810 127.650 2 8 0129 0.352 -0.379 58.350 0.802 128.648 2 8 0130 0.355 -0.371 57.770 0.794 129.645 2 8 0131 0.358 -0.364 57.198 0.786 130.642 2 8 0132 0.361 -0.357 56.634 0.779 131.639 2 8 0133 0.363 -0.349 56.078 0.771 132.637 2 8 0134 0.366 -0.342 55.530 0.763 133.634 2 7 0135 0.369 -0.335 54.988 0.756 134.631 2 7 0136 0.372 -0.328 54.455 0.749 135.628 2 7 0137 0.374 -0.320 53.928 0.741 136.626 2 7 0138 0.377 -0.313 53.408 0.734 137.623 2 7 0139 0.380 -0.306 52.895 0.727 138.620 1 7 0140 0.383 -0.299 52.389 0.720 139.617 1 7 0141 0.385 -0.292 51.890 0.713 140.615 1 7 0142 0.388 -0.285 51.397 0.707 141.612 1 7 0143 0.391 -0.277 50.910 0.700 142.609 1 7 0144 0.393 -0.270 50.430 0.693 143.607 1 6 0145 0.396 -0.263 49.955 0.687 144.604 1 6 0146 0.399 -0.256 49.487 0.680 145.601 1 6 0147 0.402 -0.249 49.025 0.674 146.598 1 6 0148 0.404 -0.242 48.568 0.668 147.596 1 6 0149 0.407 -0.235 48.117 0.661 148.593 1 6 0150 0.410 -0.228 47.672 0.655 149.590 1 6 0151 0.413 -0.221 47.232 0.649 150.587 1 6 0152 0.415 -0.214 46.798 0.643 151.585 1 6 0153 0.418 -0.207 46.368 0.637 152.582 1 6 0154 0.421 -0.200 45.944 0.632 153.579 1 6 0155 0.423 -0.193 45.526 0.626 154.577 1 6 0156 0.426 -0.186 45.112 0.620 155.574 1 6 0157 0.429 -0.179 44.703 0.615 156.571 1 5 0158 0.432 -0.172 44.299 0.609 157.568 1 5 0159 0.434 -0.165 43.900 0.603 158.566 1 5 0

C.dur.-Testene


VOLUME m3



160 0.437 -0.158 43.505 0.598 159.563 1 5 0161 0.440 -0.151 43.115 0.593 160.560 1 5 0162 0.443 -0.144 42.730 0.587 161.557 1 5 0163 0.445 -0.137 42.349 0.582 162.555 1 5 0164 0.448 -0.130 41.972 0.577 163.552 1 5 0165 0.451 -0.124 41.600 0.572 164.549 1 5 0166 0.454 -0.117 41.232 0.567 165.546 1 5 0167 0.456 -0.110 40.868 0.562 166.544 1 5 0168 0.459 -0.103 40.508 0.557 167.541 1 5 0169 0.462 -0.096 40.152 0.552 168.538 1 5 0170 0.464 -0.089 39.801 0.547 169.536 1 5 0171 0.467 -0.082 39.453 0.542 170.533 1 5 0172 0.470 -0.075 39.109 0.538 171.530 1 5 0173 0.473 -0.069 38.769 0.533 172.527 1 4 0174 0.475 -0.062 38.432 0.528 173.525 1 4 0175 0.478 -0.055 38.099 0.524 174.522 1 4 0176 0.481 -0.048 37.770 0.519 175.519 1 4 0177 0.484 -0.041 37.444 0.515 176.516 1 4 0178 0.486 -0.034 37.122 0.510 177.514 1 4 0179 0.489 -0.027 36.804 0.506 178.511 1 4 0180 0.492 -0.021 36.488 0.502 179.508 1 4 0181 0.495 -0.014 36.176 0.497 180.505 1 4 0182 0.497 -0.007 35.868 0.493 181.503 1 4 0183 0.500 0.000 35.562 0.489 182.500 1 4 0184 0.503 0.007 35.260 0.485 183.497 1 4 0185 0.505 0.014 34.961 0.481 184.495 1 4 0186 0.508 0.021 34.665 0.477 185.492 1 4 0187 0.511 0.027 34.372 0.472 186.489 1 4 0188 0.514 0.034 34.082 0.469 187.486 1 4 0189 0.516 0.041 33.795 0.465 188.484 1 4 0190 0.519 0.048 33.511 0.461 189.481 1 4 0191 0.522 0.055 33.230 0.457 190.478 1 4 0192 0.525 0.062 32.952 0.453 191.475 1 4 0193 0.527 0.069 32.676 0.449 192.473 1 3 0194 0.530 0.075 32.403 0.445 193.470 1 3 0195 0.533 0.082 32.133 0.442 194.467 1 3 0196 0.536 0.089 31.866 0.438 195.464 1 3 0197 0.538 0.096 31.601 0.434 196.462 1 3 0198 0.541 0.103 31.339 0.431 197.459 1 3 0199 0.544 0.110 31.080 0.427 198.456 1 3 0200 0.546 0.117 30.823 0.424 199.454 1 3 0201 0.549 0.124 30.568 0.420 200.451 1 3 0202 0.552 0.130 30.316 0.417 201.448 1 3 0203 0.555 0.137 30.067 0.413 202.445 1 3 0204 0.557 0.144 29.820 0.410 203.443 1 3 0205 0.560 0.151 29.575 0.407 204.440 1 3 0206 0.563 0.158 29.332 0.403 205.437 1 3 0207 0.566 0.165 29.092 0.400 206.434 1 3 0208 0.568 0.172 28.854 0.397 207.432 1 3 0209 0.571 0.179 28.619 0.393 208.429 1 3 0210 0.574 0.186 28.385 0.390 209.426 1 3 0211 0.577 0.193 28.154 0.387 210.423 1 3 0212 0.579 0.200 27.925 0.384 211.421 1 3 0

C.dur.-Testene


VOLUME m3



213 0.582 0.207 27.698 0.381 212.418 1 3 0214 0.585 0.214 27.473 0.378 213.415 1 3 0215 0.587 0.221 27.250 0.375 214.413 1 3 0216 0.590 0.228 27.030 0.372 215.410 1 3 0217 0.593 0.235 26.811 0.369 216.407 1 3 0218 0.596 0.242 26.594 0.366 217.404 1 3 0219 0.598 0.249 26.380 0.363 218.402 0 3 0220 0.601 0.256 26.167 0.360 219.399 0 3 0221 0.604 0.263 25.956 0.357 220.396 0 3 0222 0.607 0.270 25.747 0.354 221.393 0 2 0223 0.609 0.277 25.540 0.351 222.391 0 2 0224 0.612 0.285 25.334 0.348 223.388 0 2 0225 0.615 0.292 25.131 0.345 224.385 0 2 0226 0.617 0.299 24.929 0.343 225.383 0 2 0227 0.620 0.306 24.729 0.340 226.380 0 2 0228 0.623 0.313 24.531 0.337 227.377 0 2 0229 0.626 0.320 24.335 0.335 228.374 0 2 0230 0.628 0.328 24.140 0.332 229.372 0 2 0231 0.631 0.335 23.947 0.329 230.369 0 2 0232 0.634 0.342 23.756 0.327 231.366 0 2 0233 0.637 0.349 23.566 0.324 232.363 0 2 0234 0.639 0.357 23.378 0.321 233.361 0 2 0235 0.642 0.364 23.192 0.319 234.358 0 2 0236 0.645 0.371 23.007 0.316 235.355 0 2 0237 0.648 0.379 22.824 0.314 236.352 0 2 0238 0.650 0.386 22.642 0.311 237.350 0 2 0239 0.653 0.393 22.462 0.309 238.347 0 2 0240 0.656 0.401 22.283 0.306 239.344 0 2 0241 0.658 0.408 22.106 0.304 240.342 0 2 0242 0.661 0.416 21.931 0.301 241.339 0 2 0243 0.664 0.423 21.756 0.299 242.336 0 2 0244 0.667 0.431 21.584 0.297 243.333 0 2 0245 0.669 0.438 21.412 0.294 244.331 0 2 0246 0.672 0.446 21.243 0.292 245.328 0 2 0247 0.675 0.453 21.074 0.290 246.325 0 2 0248 0.678 0.461 20.907 0.287 247.322 0 2 0249 0.680 0.469 20.741 0.285 248.320 0 2 0250 0.683 0.476 20.577 0.283 249.317 0 2 0251 0.686 0.484 20.414 0.281 250.314 0 2 0252 0.689 0.492 20.252 0.278 251.311 0 2 0253 0.691 0.499 20.091 0.276 252.309 0 2 0254 0.694 0.507 19.932 0.274 253.306 0 2 0255 0.697 0.515 19.774 0.272 254.303 0 2 0256 0.699 0.523 19.618 0.270 255.301 0 2 0257 0.702 0.531 19.462 0.268 256.298 0 2 0258 0.705 0.539 19.308 0.265 257.295 0 2 0259 0.708 0.547 19.155 0.263 258.292 0 2 0260 0.710 0.555 19.003 0.261 259.290 0 2 0261 0.713 0.563 18.853 0.259 260.287 0 2 0262 0.716 0.571 18.703 0.257 261.284 0 2 0263 0.719 0.579 18.555 0.255 262.281 0 2 0264 0.721 0.587 18.408 0.253 263.279 0 2 0265 0.724 0.595 18.262 0.251 264.276 0 2 0

C.dur.-Testene


VOLUME m3



266 0.727 0.603 18.117 0.249 265.273 0 2 0267 0.730 0.611 17.973 0.247 266.270 0 1 0268 0.732 0.620 17.830 0.245 267.268 0 1 0269 0.735 0.628 17.689 0.243 268.265 0 1 0270 0.738 0.636 17.548 0.241 269.262 0 1 0271 0.740 0.645 17.409 0.239 270.260 0 1 0272 0.743 0.653 17.270 0.237 271.257 0 1 0273 0.746 0.662 17.133 0.236 272.254 0 1 0274 0.749 0.670 16.997 0.234 273.251 0 1 0275 0.751 0.679 16.861 0.232 274.249 0 1 0276 0.754 0.687 16.727 0.230 275.246 0 1 0277 0.757 0.696 16.593 0.228 276.243 0 1 0278 0.760 0.705 16.461 0.226 277.240 0 1 0279 0.762 0.714 16.330 0.224 278.238 0 1 0280 0.765 0.723 16.199 0.223 279.235 0 1 0281 0.768 0.731 16.070 0.221 280.232 0 1 0282 0.770 0.740 15.941 0.219 281.230 0 1 0283 0.773 0.750 15.813 0.217 282.227 0 1 0284 0.776 0.759 15.686 0.216 283.224 0 1 0285 0.779 0.768 15.560 0.214 284.221 0 1 0286 0.781 0.777 15.435 0.212 285.219 0 1 0287 0.784 0.786 15.311 0.210 286.216 0 1 0288 0.787 0.796 15.188 0.209 287.213 0 1 0289 0.790 0.805 15.066 0.207 288.210 0 1 0290 0.792 0.815 14.944 0.205 289.208 0 1 0291 0.795 0.824 14.823 0.204 290.205 0 1 0292 0.798 0.834 14.703 0.202 291.202 0 1 0293 0.801 0.844 14.584 0.200 292.199 0 1 0294 0.803 0.853 14.466 0.199 293.197 0 1 0295 0.806 0.863 14.348 0.197 294.194 0 1 0296 0.809 0.873 14.232 0.196 295.191 0 1 0297 0.811 0.883 14.116 0.194 296.189 0 1 0298 0.814 0.894 14.001 0.192 297.186 0 1 0299 0.817 0.904 13.886 0.191 298.183 0 1 0300 0.820 0.914 13.772 0.189 299.180 0 1 0301 0.822 0.925 13.659 0.188 300.178 0 1 0302 0.825 0.935 13.547 0.186 301.175 0 1 0303 0.828 0.946 13.436 0.185 302.172 0 1 0304 0.831 0.957 13.325 0.183 303.169 0 1 0305 0.833 0.967 13.215 0.182 304.167 0 1 0306 0.836 0.978 13.105 0.180 305.164 0 1 0307 0.839 0.990 12.997 0.179 306.161 0 1 0308 0.842 1.001 12.888 0.177 307.158 0 1 0309 0.844 1.012 12.781 0.176 308.156 0 1 0310 0.847 1.024 12.674 0.174 309.153 0 1 0311 0.850 1.035 12.568 0.173 310.150 0 1 0312 0.852 1.047 12.462 0.171 311.148 0 1 0313 0.855 1.059 12.357 0.170 312.145 0 1 0314 0.858 1.071 12.253 0.168 313.142 0 1 0315 0.861 1.083 12.149 0.167 314.139 0 1 0316 0.863 1.096 12.046 0.166 315.137 0 1 0317 0.866 1.108 11.943 0.164 316.134 0 1 0318 0.869 1.121 11.841 0.163 317.131 0 1 0

C.dur.-Testene


VOLUME m3



319 0.872 1.134 11.740 0.161 318.128 0 1 0320 0.874 1.147 11.639 0.160 319.126 0 1 0321 0.877 1.160 11.538 0.159 320.123 0 1 0322 0.880 1.174 11.438 0.157 321.120 0 1 0323 0.883 1.188 11.339 0.156 322.117 0 1 0324 0.885 1.202 11.240 0.155 323.115 0 1 0325 0.888 1.216 11.141 0.153 324.112 0 1 0326 0.891 1.230 11.043 0.152 325.109 0 1 0327 0.893 1.245 10.946 0.150 326.107 0 1 0328 0.896 1.260 10.848 0.149 327.104 0 1 0329 0.899 1.275 10.751 0.148 328.101 0 1 0330 0.902 1.291 10.655 0.146 329.098 0 1 0331 0.904 1.307 10.559 0.145 330.096 0 1 0332 0.907 1.323 10.463 0.144 331.093 0 1 0333 0.910 1.340 10.368 0.143 332.090 0 1 0334 0.913 1.357 10.273 0.141 333.087 0 1 0335 0.915 1.374 10.178 0.140 334.085 0 1 0336 0.918 1.392 10.083 0.139 335.082 0 1 0337 0.921 1.410 9.989 0.137 336.079 0 1 0338 0.923 1.429 9.895 0.136 337.077 0 1 0339 0.926 1.448 9.801 0.135 338.074 0 1 0340 0.929 1.468 9.708 0.133 339.071 0 1 0341 0.932 1.489 9.614 0.132 340.068 0 1 0342 0.934 1.510 9.521 0.131 341.066 0 1 0343 0.937 1.531 9.427 0.130 342.063 0 1 0344 0.940 1.554 9.334 0.128 343.060 0 1 0345 0.943 1.577 9.240 0.127 344.057 0 1 0346 0.945 1.601 9.147 0.126 345.055 0 1 0347 0.948 1.627 9.053 0.124 346.052 0 1 0348 0.951 1.653 8.959 0.123 347.049 0 1 0349 0.954 1.680 8.865 0.122 348.046 0 1 0350 0.956 1.709 8.770 0.121 349.044 0 1 0351 0.959 1.739 8.675 0.119 350.041 0 1 0352 0.962 1.771 8.580 0.118 351.038 0 1 0353 0.964 1.805 8.483 0.117 352.036 0 1 0354 0.967 1.841 8.386 0.115 353.033 0 1 0355 0.970 1.880 8.287 0.114 354.030 0 0 0356 0.973 1.922 8.187 0.113 355.027 0 0 0357 0.975 1.967 8.086 0.111 356.025 0 0 0358 0.978 2.017 7.982 0.110 357.022 0 0 0359 0.981 2.072 7.876 0.108 358.019 0 0 0360 0.984 2.135 7.766 0.107 359.016 0 0 0361 0.986 2.207 7.652 0.105 360.014 0 0 0362 0.989 2.293 7.532 0.104 361.011 0 0 0363 0.992 2.400 7.402 0.102 362.008 0 0 0364 0.995 2.545 7.257 0.100 363.005 0 0 0365 0.997 2.778 7.083 0.097 364.003 0 0 0

FUORNIFiume FUORNI

IDRAULICA

Κστ 30S= 0.0098g= 9.81


1.34 1.67 19.1 3.6


Dgr= 12.635n= 0.383A= 0.205m= 2.105C= 0.026



y = 0.0025x1.3253

R2 = 0.9984

y = 0.0007x1.4044

R2 = 0.9869

0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

0 20 40 60 80 100 120 140 160 180


0

0.5

1

1.5

2

2.5

3

3.5

4

0 5 10 15 20 25

FUORNIFiume FUORNI

IDRAULICA


0.10 0.05 0.010 - - 0.38 0.01 0.25 5.14 0.05 5.10 0.54 0.03 0.07 50.30 0.10 0.010 - - 0.60 0.02 0.51 5.28 0.10 5.20 0.61 0.07 0.10 90.60 0.15 0.010 - - 0.77 0.03 0.77 5.42 0.14 5.30 0.65 0.11 0.12 140.96 0.20 0.010 - - 0.92 0.04 1.04 5.57 0.19 5.40 0.67 0.15 0.13 181.39 0.25 0.010 - - 1.06 0.06 1.31 5.71 0.23 5.50 0.69 0.20 0.15 221.89 0.30 0.010 - - 1.19 0.07 1.59 5.85 0.27 5.60 0.71 0.24 0.16 262.44 0.35 0.010 - - 1.30 0.09 1.87 5.99 0.31 5.70 0.73 0.28 0.17 303.05 0.40 0.010 - - 1.41 0.10 2.16 6.13 0.35 5.80 0.74 0.33 0.18 343.71 0.45 0.010 - - 1.51 0.12 2.45 6.27 0.39 5.90 0.75 0.37 0.19 382.58 0.50 0.010 - - 0.94 0.04 2.75 14.41 0.19 14.00 0.68 0.29 0.14 183.74 0.55 0.010 - - 1.08 0.06 3.45 14.56 0.24 14.10 0.70 0.38 0.15 235.07 0.60 0.010 - - 1.22 0.08 4.16 14.70 0.28 14.20 0.72 0.54 0.16 276.56 0.65 0.010 - - 1.35 0.09 4.87 14.84 0.33 14.30 0.74 0.59 0.18 328.20 0.70 0.010 - - 1.47 0.11 5.59 14.98 0.37 14.40 0.75 0.63 0.19 369.97 0.75 0.010 - - 1.58 0.13 6.31 15.12 0.42 14.50 0.76 0.68 0.20 4011.89 0.80 0.010 - - 1.69 0.15 7.04 15.26 0.46 14.60 0.78 0.72 0.21 4413.93 0.85 0.010 - - 1.79 0.16 7.77 15.40 0.50 14.70 0.79 0.77 0.22 4916.11 0.90 0.010 - - 1.89 0.18 8.51 15.55 0.55 14.80 0.80 0.82 0.23 5318.41 0.95 0.010 - - 1.99 0.20 9.25 15.69 0.59 14.90 0.81 0.86 0.24 5720.83 1.00 0.010 - - 2.08 0.22 10.00 15.83 0.63 15.00 0.81 0.91 0.25 6123.36 1.05 0.010 - - 2.17 0.24 10.75 15.97 0.67 15.10 0.82 0.96 0.25 6526.02 1.10 0.010 - - 2.26 0.26 11.51 16.11 0.71 15.20 0.83 1.01 0.26 6928.78 1.15 0.010 - - 2.35 0.28 12.27 16.25 0.76 15.30 0.84 1.06 0.27 7331.66 1.20 0.010 - - 2.43 0.30 13.04 16.39 0.80 15.40 0.84 1.10 0.28 7634.65 1.25 0.010 - - 2.51 0.32 13.81 16.54 0.84 15.50 0.85 1.15 0.28 8037.75 1.30 0.010 - - 2.59 0.34 14.59 16.68 0.87 15.60 0.85 1.20 0.29 8440.95 1.35 0.010 - - 2.66 0.36 15.37 16.82 0.91 15.70 0.86 1.25 0.30 8844.26 1.40 0.010 - - 2.74 0.38 16.16 16.96 0.95 15.80 0.86 1.30 0.30 9247.67 1.45 0.010 - - 2.81 0.40 16.95 17.10 0.99 15.90 0.87 1.35 0.31 9551.18 1.50 0.010 - - 2.88 0.42 17.75 17.24 1.03 16.00 0.87 1.40 0.31 9954.80 1.55 0.010 - - 2.95 0.44 18.55 17.38 1.07 16.10 0.88 1.45 0.32 10358.52 1.60 0.010 - - 3.02 0.47 19.36 17.53 1.11 16.20 0.88 1.50 0.33 106



62.33 1.65 0.010 - - 3.09 0.49 20.17 17.67 1.14 16.30 0.89 1.55 0.33 11066.24 1.70 0.010 - - 3.16 0.51 20.99 17.81 1.18 16.40 0.89 1.60 0.34 11370.26 1.75 0.010 - - 3.22 0.53 21.81 17.95 1.22 16.50 0.89 1.65 0.34 11774.36 1.80 0.010 - - 3.29 0.55 22.64 18.09 1.25 16.60 0.90 1.70 0.35 12078.57 1.85 0.010 - - 3.35 0.57 23.47 18.23 1.29 16.70 0.90 1.75 0.35 12482.87 1.90 0.010 - - 3.41 0.59 24.31 18.37 1.32 16.80 0.90 1.80 0.36 12787.26 1.95 0.010 - - 3.47 0.61 25.15 18.52 1.36 16.90 0.91 1.85 0.36 13191.75 2.00 0.010 - - 3.53 0.63 26.00 18.66 1.39 17.00 0.91 1.90 0.37 13496.80 2.05 0.010 - - 3.61 0.66 26.85 18.66 1.44 17.00 0.92 1.96 0.37 138

102.00 2.10 0.010 - - 3.68 0.69 27.70 18.66 1.49 17.00 0.92 2.01 0.38 143107.20 2.15 0.010 - - 3.76 0.72 28.55 18.66 1.53 17.00 0.93 2.07 0.38 147112.60 2.20 0.010 - - 3.83 0.75 29.40 18.66 1.58 17.00 0.93 2.12 0.39 152118.10 2.25 0.010 - - 3.90 0.78 30.25 18.66 1.62 17.00 0.93 2.17 0.39 156123.70 2.30 0.010 - - 3.98 0.81 31.10 18.66 1.67 17.00 0.94 2.22 0.40 160129.40 2.35 0.010 - - 4.05 0.84 31.95 18.66 1.71 17.00 0.94 2.28 0.41 165135.10 2.40 0.010 - - 4.12 0.87 32.80 18.66 1.76 17.00 0.95 2.33 0.41 169141.00 2.45 0.010 - - 4.19 0.90 33.65 18.66 1.80 17.00 0.95 2.39 0.42 173147.00 2.50 0.010 - - 4.26 0.93 34.50 18.66 1.85 17.00 0.96 2.44 0.42 178153.10 2.55 0.010 - - 4.33 0.96 35.35 18.66 1.90 17.00 0.96 2.49 0.43 182


Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s0.10 0.05 0.23 19 6.38E-06 8.40E-06 1.48E-05 0.54 0.07 0.00081 7.74E-05 0.07 0.00 0.00 0.00E+000.30 0.10 0.26 14 6.33E-05 9.57E-05 1.59E-04 0.78 0.23 0.00164 4.99E-04 0.05 0.00 0.00 0.00E+000.60 0.15 0.27 11 1.94E-04 3.19E-04 5.13E-04 0.98 0.42 0.00230 1.37E-03 0.05 0.31 0.11 2.65E-050.96 0.20 0.28 10 4.06E-04 7.05E-04 1.11E-03 1.14 0.62 0.00286 2.75E-03 0.04 1.01 2.36 5.53E-041.39 0.25 0.29 9 6.99E-04 1.27E-03 1.97E-03 1.28 0.84 0.00335 4.66E-03 0.04 1.63 8.38 1.98E-031.89 0.30 0.30 8 1.07E-03 2.02E-03 3.09E-03 1.41 1.06 0.00378 7.13E-03 0.04 2.21 18.77 4.48E-032.44 0.35 0.30 7 1.53E-03 2.96E-03 4.49E-03 1.52 1.28 0.00417 1.02E-02 0.04 2.76 33.86 8.15E-033.05 0.40 0.31 7 2.06E-03 4.10E-03 6.16E-03 1.63 1.51 0.00453 1.38E-02 0.04 3.27 53.89 1.31E-023.71 0.45 0.31 6 2.66E-03 5.43E-03 8.09E-03 1.73 1.74 0.00486 1.80E-02 0.03 3.77 78.91 1.93E-022.58 0.50 0.28 10 3.79E-04 7.91E-04 1.17E-03 1.15 0.64 0.00291 7.49E-03 0.04 1.07 2.74 6.78E-043.74 0.55 0.29 8 7.77E-04 1.65E-03 2.43E-03 1.30 0.87 0.00342 1.28E-02 0.04 1.73 9.89 2.79E-035.07 0.60 0.30 8 1.36E-03 2.94E-03 4.30E-03 1.44 1.12 0.00389 1.97E-02 0.04 2.36 22.60 7.05E-036.56 0.65 0.30 7 2.15E-03 4.73E-03 6.88E-03 1.56 1.37 0.00431 2.83E-02 0.04 2.96 41.77 1.41E-028.20 0.70 0.31 7 3.16E-03 7.05E-03 1.02E-02 1.68 1.64 0.00471 3.86E-02 0.03 3.54 68.00 2.44E-029.97 0.75 0.31 6 4.40E-03 9.95E-03 1.43E-02 1.79 1.91 0.00508 5.07E-02 0.03 4.11 101.88 3.86E-02

11.89 0.80 0.32 6 5.88E-03 1.35E-02 1.93E-02 1.90 2.18 0.00543 6.46E-02 0.03 4.66 143.98 5.70E-0213.93 0.85 0.32 6 7.59E-03 1.76E-02 2.52E-02 2.00 2.46 0.00576 8.02E-02 0.03 5.20 194.56 8.00E-0216.11 0.90 0.32 5 9.55E-03 2.24E-02 3.19E-02 2.09 2.74 0.00608 9.79E-02 0.03 5.72 254.09 1.08E-0118.41 0.95 0.33 5 1.17E-02 2.78E-02 3.96E-02 2.18 3.02 0.00637 1.17E-01 0.03 6.24 322.84 1.41E-0120.83 1.00 0.33 5 1.42E-02 3.40E-02 4.82E-02 2.27 3.31 0.00666 1.39E-01 0.03 6.76 401.75 1.81E-0123.36 1.05 0.33 5 1.69E-02 4.08E-02 5.77E-02 2.35 3.60 0.00694 1.62E-01 0.03 7.26 490.17 2.26E-0126.02 1.10 0.33 5 1.98E-02 4.84E-02 6.82E-02 2.44 3.89 0.00720 1.87E-01 0.03 7.76 588.32 2.77E-0128.78 1.15 0.34 5 2.30E-02 5.66E-02 7.96E-02 2.51 4.18 0.00745 2.15E-01 0.03 8.25 697.30 3.35E-0131.66 1.20 0.34 4 2.64E-02 6.56E-02 9.21E-02 2.59 4.48 0.00770 2.44E-01 0.03 8.74 816.71 3.99E-0134.65 1.25 0.34 4 3.01E-02 7.54E-02 1.05E-01 2.66 4.77 0.00794 2.75E-01 0.03 9.21 947.21 4.71E-0137.75 1.30 0.34 4 3.40E-02 8.58E-02 1.20E-01 2.73 5.07 0.00817 3.08E-01 0.03 9.69 1087.66 5.49E-0140.95 1.35 0.34 4 3.81E-02 9.70E-02 1.35E-01 2.80 5.37 0.00840 3.44E-01 0.03 10.16 1239.69 6.35E-0144.26 1.40 0.34 4 4.25E-02 1.09E-01 1.51E-01 2.87 5.66 0.00861 3.81E-01 0.03 10.62 1402.34 7.28E-0147.67 1.45 0.35 4 4.71E-02 1.22E-01 1.69E-01 2.94 5.96 0.00883 4.21E-01 0.03 11.08 1576.39 8.29E-0151.18 1.50 0.35 4 5.20E-02 1.35E-01 1.87E-01 3.00 6.26 0.00904 4.62E-01 0.03 11.53 1759.74 9.37E-0154.80 1.55 0.35 4 5.70E-02 1.49E-01 2.06E-01 3.06 6.56 0.00923 5.06E-01 0.03 11.98 1957.03 1.05E+0058.52 1.60 0.35 4 6.24E-02 1.64E-01 2.26E-01 3.12 6.86 0.00943 5.52E-01 0.03 12.43 2167.45 1.18E+00



62.33 1.65 0.35 4 6.79E-02 1.80E-01 2.48E-01 3.18 7.15 0.00962 5.99E-01 0.02 12.87 2385.38 1.31E+0066.24 1.70 0.35 4 7.36E-02 1.96E-01 2.70E-01 3.24 7.45 0.00980 6.49E-01 0.02 13.31 2616.16 1.45E+0070.26 1.75 0.35 3 7.96E-02 2.13E-01 2.93E-01 3.30 7.75 0.00999 7.02E-01 0.02 13.74 2855.12 1.60E+0074.36 1.80 0.36 3 8.58E-02 2.31E-01 3.17E-01 3.36 8.05 0.01017 7.56E-01 0.02 14.16 3106.70 1.76E+0078.57 1.85 0.36 3 9.21E-02 2.50E-01 3.42E-01 3.41 8.34 0.01034 8.13E-01 0.02 14.59 3370.45 1.92E+0082.87 1.90 0.36 3 9.88E-02 2.69E-01 3.68E-01 3.46 8.64 0.01051 8.71E-01 0.02 15.02 3649.07 2.10E+0087.26 1.95 0.36 3 1.06E-01 2.89E-01 3.95E-01 3.52 8.94 0.01068 9.32E-01 0.02 15.43 3932.51 2.28E+0091.75 2.00 0.36 3 1.13E-01 3.10E-01 4.23E-01 3.57 9.24 0.01084 9.95E-01 0.02 15.85 4238.50 2.48E+0096.80 2.05 0.36 3 1.22E-01 3.37E-01 4.59E-01 3.63 9.62 0.01105 1.07E+00 0.02 16.39 4650.87 2.74E+00102.00 2.10 0.36 3 1.32E-01 3.67E-01 4.99E-01 3.70 10.01 0.01126 1.15E+00 0.02 16.93 5099.18 3.03E+00107.20 2.15 0.36 3 1.42E-01 3.97E-01 5.39E-01 3.76 10.41 0.01147 1.23E+00 0.02 17.46 5564.23 3.32E+00112.60 2.20 0.36 3 1.53E-01 4.29E-01 5.81E-01 3.83 10.80 0.01167 1.31E+00 0.02 18.00 6064.74 3.65E+00118.10 2.25 0.37 3 1.64E-01 4.62E-01 6.26E-01 3.89 11.20 0.01187 1.40E+00 0.02 18.53 6585.18 3.98E+00123.70 2.30 0.37 3 1.75E-01 4.97E-01 6.72E-01 3.95 11.60 0.01206 1.49E+00 0.02 19.07 7139.78 4.34E+00129.40 2.35 0.37 3 1.88E-01 5.33E-01 7.21E-01 4.02 12.01 0.01225 1.59E+00 0.02 19.61 7729.79 4.73E+00135.10 2.40 0.37 3 2.00E-01 5.70E-01 7.70E-01 4.08 12.42 0.01245 1.68E+00 0.02 20.14 8332.61 5.12E+00141.00 2.45 0.37 3 2.13E-01 6.09E-01 8.22E-01 4.14 12.83 0.01263 1.78E+00 0.02 20.68 8980.18 5.55E+00147.00 2.50 0.37 3 2.26E-01 6.50E-01 8.76E-01 4.20 13.24 0.01282 1.89E+00 0.02 21.21 9644.03 5.99E+00153.10 2.55 0.37 3 2.40E-01 6.92E-01 9.32E-01 4.26 13.66 0.01301 1.99E+00 0.02 21.75 10355.34 6.46E+00

C.dur.-Fuorni

Fiume Fuorni



Q medsez. a b q 0


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0 30 60 90 120 150 180 210 240 270 300 330 360giorni

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0.20

0.40

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C.dur.-Fuorni


VOLUME m3



Q d S_Alb

C.dur.-Fuorni




Q d S_Alb

54 0.148 -1.047 143.637 1.204 53.852 82 278 8555 0.150 -1.035 141.807 1.188 54.850 81 274 8356 0.153 -1.024 140.026 1.173 55.847 79 269 8157 0.156 -1.012 138.290 1.159 56.844 78 265 7958 0.158 -1.001 136.598 1.145 57.842 77 260 7759 0.161 -0.990 134.949 1.131 58.839 75 256 7660 0.164 -0.978 133.340 1.117 59.836 74 252 7461 0.167 -0.967 131.770 1.104 60.833 73 248 7362 0.169 -0.957 130.238 1.091 61.831 72 244 7163 0.172 -0.946 128.742 1.079 62.828 71 241 7064 0.175 -0.935 127.280 1.066 63.825 69 237 6865 0.178 -0.925 125.851 1.054 64.822 68 234 6766 0.180 -0.914 124.455 1.043 65.820 67 230 6567 0.183 -0.904 123.089 1.031 66.817 66 227 6468 0.186 -0.894 121.754 1.020 67.814 65 224 6369 0.189 -0.883 120.447 1.009 68.811 64 220 6270 0.191 -0.873 119.168 0.998 69.809 63 217 6071 0.194 -0.863 117.915 0.988 70.806 62 214 5972 0.197 -0.853 116.689 0.978 71.803 61 211 5873 0.199 -0.844 115.488 0.968 72.801 61 208 5774 0.202 -0.834 114.310 0.958 73.798 60 206 5675 0.205 -0.824 113.157 0.948 74.795 59 203 5576 0.208 -0.815 112.026 0.939 75.792 58 200 5477 0.210 -0.805 110.917 0.929 76.790 57 198 5378 0.213 -0.796 109.829 0.920 77.787 56 195 5279 0.216 -0.786 108.761 0.911 78.784 56 192 5180 0.219 -0.777 107.714 0.903 79.781 55 190 5081 0.221 -0.768 106.686 0.894 80.779 54 188 4982 0.224 -0.759 105.677 0.885 81.776 53 185 4983 0.227 -0.750 104.686 0.877 82.773 53 183 4884 0.230 -0.740 103.713 0.869 83.770 52 181 4785 0.232 -0.731 102.757 0.861 84.768 51 179 4686 0.235 -0.723 101.818 0.853 85.765 51 176 4587 0.238 -0.714 100.895 0.845 86.762 50 174 4588 0.240 -0.705 99.988 0.838 87.760 49 172 4489 0.243 -0.696 99.096 0.830 88.757 49 170 4390 0.246 -0.687 98.219 0.823 89.754 48 168 4391 0.249 -0.679 97.357 0.816 90.751 48 166 4292 0.251 -0.670 96.508 0.809 91.749 47 164 4193 0.254 -0.662 95.674 0.802 92.746 46 162 4194 0.257 -0.653 94.853 0.795 93.743 46 161 4095 0.260 -0.645 94.045 0.788 94.740 45 159 3996 0.262 -0.636 93.250 0.781 95.738 45 157 3997 0.265 -0.628 92.467 0.775 96.735 44 155 3898 0.268 -0.620 91.696 0.768 97.732 44 154 3899 0.270 -0.611 90.937 0.762 98.730 43 152 37

100 0.273 -0.603 90.190 0.756 99.727 43 150 36101 0.276 -0.595 89.453 0.750 100.724 42 149 36102 0.279 -0.587 88.728 0.743 101.721 42 147 35103 0.281 -0.579 88.013 0.737 102.719 41 145 35104 0.284 -0.571 87.309 0.732 103.716 41 144 34105 0.287 -0.563 86.615 0.726 104.713 40 142 34106 0.290 -0.555 85.931 0.720 105.710 40 141 33

C.dur.-Fuorni




Q d S_Alb

107 0.292 -0.547 85.257 0.714 106.708 40 139 33108 0.295 -0.539 84.592 0.709 107.705 39 138 32109 0.298 -0.531 83.937 0.703 108.702 39 137 32110 0.301 -0.523 83.290 0.698 109.699 38 135 32111 0.303 -0.515 82.653 0.693 110.697 38 134 31112 0.306 -0.507 82.024 0.687 111.694 37 132 31113 0.309 -0.499 81.404 0.682 112.691 37 131 30114 0.311 -0.492 80.792 0.677 113.689 37 130 30115 0.314 -0.484 80.188 0.672 114.686 36 129 29116 0.317 -0.476 79.592 0.667 115.683 36 127 29117 0.320 -0.469 79.004 0.662 116.680 36 126 29118 0.322 -0.461 78.423 0.657 117.678 35 125 28119 0.325 -0.453 77.850 0.652 118.675 35 124 28120 0.328 -0.446 77.284 0.648 119.672 34 122 28121 0.331 -0.438 76.726 0.643 120.669 34 121 27122 0.333 -0.431 76.174 0.638 121.667 34 120 27123 0.336 -0.423 75.630 0.634 122.664 33 119 27124 0.339 -0.416 75.092 0.629 123.661 33 118 26125 0.342 -0.408 74.560 0.625 124.658 33 117 26126 0.344 -0.401 74.036 0.620 125.656 32 116 26127 0.347 -0.393 73.517 0.616 126.653 32 115 25128 0.350 -0.386 73.005 0.612 127.650 32 113 25129 0.352 -0.379 72.499 0.607 128.648 31 112 25130 0.355 -0.371 71.998 0.603 129.645 31 111 24131 0.358 -0.364 71.504 0.599 130.642 31 110 24132 0.361 -0.357 71.016 0.595 131.639 31 109 24133 0.363 -0.349 70.533 0.591 132.637 30 108 23134 0.366 -0.342 70.055 0.587 133.634 30 107 23135 0.369 -0.335 69.583 0.583 134.631 30 107 23136 0.372 -0.328 69.117 0.579 135.628 29 106 23137 0.374 -0.320 68.656 0.575 136.626 29 105 22138 0.377 -0.313 68.200 0.571 137.623 29 104 22139 0.380 -0.306 67.748 0.568 138.620 29 103 22140 0.383 -0.299 67.302 0.564 139.617 28 102 21141 0.385 -0.292 66.861 0.560 140.615 28 101 21142 0.388 -0.285 66.425 0.557 141.612 28 100 21143 0.391 -0.277 65.993 0.553 142.609 28 99 21144 0.393 -0.270 65.566 0.549 143.607 27 98 20145 0.396 -0.263 65.144 0.546 144.604 27 98 20146 0.399 -0.256 64.726 0.542 145.601 27 97 20147 0.402 -0.249 64.312 0.539 146.598 27 96 20148 0.404 -0.242 63.903 0.535 147.596 26 95 20149 0.407 -0.235 63.498 0.532 148.593 26 94 19150 0.410 -0.228 63.097 0.529 149.590 26 94 19151 0.413 -0.221 62.700 0.525 150.587 26 93 19152 0.415 -0.214 62.307 0.522 151.585 25 92 19153 0.418 -0.207 61.919 0.519 152.582 25 91 18154 0.421 -0.200 61.534 0.516 153.579 25 90 18155 0.423 -0.193 61.153 0.512 154.577 25 90 18156 0.426 -0.186 60.776 0.509 155.574 25 89 18157 0.429 -0.179 60.402 0.506 156.571 24 88 18158 0.432 -0.172 60.032 0.503 157.568 24 88 17159 0.434 -0.165 59.666 0.500 158.566 24 87 17

C.dur.-Fuorni




Q d S_Alb

160 0.437 -0.158 59.304 0.497 159.563 24 86 17161 0.440 -0.151 58.944 0.494 160.560 24 85 17162 0.443 -0.144 58.589 0.491 161.557 23 85 17163 0.445 -0.137 58.236 0.488 162.555 23 84 17164 0.448 -0.130 57.887 0.485 163.552 23 83 16165 0.451 -0.124 57.542 0.482 164.549 23 83 16166 0.454 -0.117 57.199 0.479 165.546 23 82 16167 0.456 -0.110 56.860 0.476 166.544 22 81 16168 0.459 -0.103 56.524 0.474 167.541 22 81 16169 0.462 -0.096 56.191 0.471 168.538 22 80 15170 0.464 -0.089 55.861 0.468 169.536 22 80 15171 0.467 -0.082 55.534 0.465 170.533 22 79 15172 0.470 -0.075 55.210 0.463 171.530 21 78 15173 0.473 -0.069 54.889 0.460 172.527 21 78 15174 0.475 -0.062 54.571 0.457 173.525 21 77 15175 0.478 -0.055 54.255 0.455 174.522 21 77 15176 0.481 -0.048 53.943 0.452 175.519 21 76 14177 0.484 -0.041 53.633 0.449 176.516 21 75 14178 0.486 -0.034 53.326 0.447 177.514 20 75 14179 0.489 -0.027 53.021 0.444 178.511 20 74 14180 0.492 -0.021 52.719 0.442 179.508 20 74 14181 0.495 -0.014 52.420 0.439 180.505 20 73 14182 0.497 -0.007 52.123 0.437 181.503 20 73 13183 0.500 0.000 51.829 0.434 182.500 20 72 13184 0.503 0.007 51.537 0.432 183.497 19 72 13185 0.505 0.014 51.248 0.429 184.495 19 71 13186 0.508 0.021 50.961 0.427 185.492 19 70 13187 0.511 0.027 50.677 0.425 186.489 19 70 13188 0.514 0.034 50.395 0.422 187.486 19 69 13189 0.516 0.041 50.115 0.420 188.484 19 69 13190 0.519 0.048 49.837 0.418 189.481 19 68 12191 0.522 0.055 49.562 0.415 190.478 18 68 12192 0.525 0.062 49.289 0.413 191.475 18 67 12193 0.527 0.069 49.018 0.411 192.473 18 67 12194 0.530 0.075 48.750 0.408 193.470 18 66 12195 0.533 0.082 48.483 0.406 194.467 18 66 12196 0.536 0.089 48.219 0.404 195.464 18 65 12197 0.538 0.096 47.956 0.402 196.462 18 65 12198 0.541 0.103 47.696 0.400 197.459 17 65 11199 0.544 0.110 47.438 0.397 198.456 17 64 11200 0.546 0.117 47.181 0.395 199.454 17 64 11201 0.549 0.124 46.927 0.393 200.451 17 63 11202 0.552 0.130 46.675 0.391 201.448 17 63 11203 0.555 0.137 46.425 0.389 202.445 17 62 11204 0.557 0.144 46.176 0.387 203.443 17 62 11205 0.560 0.151 45.929 0.385 204.440 17 61 11206 0.563 0.158 45.685 0.383 205.437 16 61 11207 0.566 0.165 45.442 0.381 206.434 16 61 11208 0.568 0.172 45.201 0.379 207.432 16 60 10209 0.571 0.179 44.961 0.377 208.429 16 60 10210 0.574 0.186 44.724 0.375 209.426 16 59 10211 0.577 0.193 44.488 0.373 210.423 16 59 10212 0.579 0.200 44.254 0.371 211.421 16 58 10

C.dur.-Fuorni




Q d S_Alb

213 0.582 0.207 44.021 0.369 212.418 16 58 10214 0.585 0.214 43.790 0.367 213.415 16 58 10215 0.587 0.221 43.561 0.365 214.413 15 57 10216 0.590 0.228 43.334 0.363 215.410 15 57 10217 0.593 0.235 43.108 0.361 216.407 15 56 10218 0.596 0.242 42.884 0.359 217.404 15 56 9219 0.598 0.249 42.661 0.357 218.402 15 56 9220 0.601 0.256 42.440 0.356 219.399 15 55 9221 0.604 0.263 42.220 0.354 220.396 15 55 9222 0.607 0.270 42.002 0.352 221.393 15 55 9223 0.609 0.277 41.785 0.350 222.391 15 54 9224 0.612 0.285 41.570 0.348 223.388 14 54 9225 0.615 0.292 41.356 0.347 224.385 14 53 9226 0.617 0.299 41.144 0.345 225.383 14 53 9227 0.620 0.306 40.933 0.343 226.380 14 53 9228 0.623 0.313 40.724 0.341 227.377 14 52 9229 0.626 0.320 40.516 0.339 228.374 14 52 9230 0.628 0.328 40.309 0.338 229.372 14 52 8231 0.631 0.335 40.104 0.336 230.369 14 51 8232 0.634 0.342 39.900 0.334 231.366 14 51 8233 0.637 0.349 39.697 0.333 232.363 14 51 8234 0.639 0.357 39.496 0.331 233.361 13 50 8235 0.642 0.364 39.296 0.329 234.358 13 50 8236 0.645 0.371 39.097 0.328 235.355 13 50 8237 0.648 0.379 38.900 0.326 236.352 13 49 8238 0.650 0.386 38.704 0.324 237.350 13 49 8239 0.653 0.393 38.509 0.323 238.347 13 49 8240 0.656 0.401 38.315 0.321 239.344 13 48 8241 0.658 0.408 38.122 0.319 240.342 13 48 8242 0.661 0.416 37.931 0.318 241.339 13 48 8243 0.664 0.423 37.741 0.316 242.336 13 47 8244 0.667 0.431 37.551 0.315 243.333 12 47 7245 0.669 0.438 37.363 0.313 244.331 12 47 7246 0.672 0.446 37.177 0.311 245.328 12 46 7247 0.675 0.453 36.991 0.310 246.325 12 46 7248 0.678 0.461 36.806 0.308 247.322 12 46 7249 0.680 0.469 36.623 0.307 248.320 12 45 7250 0.683 0.476 36.441 0.305 249.317 12 45 7251 0.686 0.484 36.259 0.304 250.314 12 45 7252 0.689 0.492 36.079 0.302 251.311 12 45 7253 0.691 0.499 35.900 0.301 252.309 12 44 7254 0.694 0.507 35.721 0.299 253.306 12 44 7255 0.697 0.515 35.544 0.298 254.303 12 44 7256 0.699 0.523 35.368 0.296 255.301 11 43 7257 0.702 0.531 35.193 0.295 256.298 11 43 7258 0.705 0.539 35.018 0.293 257.295 11 43 7259 0.708 0.547 34.845 0.292 258.292 11 43 6260 0.710 0.555 34.673 0.291 259.290 11 42 6261 0.713 0.563 34.501 0.289 260.287 11 42 6262 0.716 0.571 34.331 0.288 261.284 11 42 6263 0.719 0.579 34.161 0.286 262.281 11 41 6264 0.721 0.587 33.993 0.285 263.279 11 41 6265 0.724 0.595 33.825 0.283 264.276 11 41 6

C.dur.-Fuorni




Q d S_Alb

266 0.727 0.603 33.658 0.282 265.273 11 41 6267 0.730 0.611 33.492 0.281 266.270 11 40 6268 0.732 0.620 33.327 0.279 267.268 11 40 6269 0.735 0.628 33.163 0.278 268.265 10 40 6270 0.738 0.636 32.999 0.276 269.262 10 40 6271 0.740 0.645 32.836 0.275 270.260 10 39 6272 0.743 0.653 32.675 0.274 271.257 10 39 6273 0.746 0.662 32.514 0.272 272.254 10 39 6274 0.749 0.670 32.353 0.271 273.251 10 39 6275 0.751 0.679 32.194 0.270 274.249 10 38 6276 0.754 0.687 32.035 0.268 275.246 10 38 6277 0.757 0.696 31.877 0.267 276.243 10 38 6278 0.760 0.705 31.720 0.266 277.240 10 38 5279 0.762 0.714 31.564 0.264 278.238 10 37 5280 0.765 0.723 31.408 0.263 279.235 10 37 5281 0.768 0.731 31.253 0.262 280.232 10 37 5282 0.770 0.740 31.099 0.261 281.230 10 37 5283 0.773 0.750 30.945 0.259 282.227 10 36 5284 0.776 0.759 30.792 0.258 283.224 9 36 5285 0.779 0.768 30.640 0.257 284.221 9 36 5286 0.781 0.777 30.488 0.255 285.219 9 36 5287 0.784 0.786 30.337 0.254 286.216 9 35 5288 0.787 0.796 30.187 0.253 287.213 9 35 5289 0.790 0.805 30.037 0.252 288.210 9 35 5290 0.792 0.815 29.888 0.250 289.208 9 35 5291 0.795 0.824 29.739 0.249 290.205 9 35 5292 0.798 0.834 29.592 0.248 291.202 9 34 5293 0.801 0.844 29.444 0.247 292.199 9 34 5294 0.803 0.853 29.297 0.245 293.197 9 34 5295 0.806 0.863 29.151 0.244 294.194 9 34 5296 0.809 0.873 29.006 0.243 295.191 9 33 5297 0.811 0.883 28.861 0.242 296.189 9 33 5298 0.814 0.894 28.716 0.241 297.186 9 33 5299 0.817 0.904 28.572 0.239 298.183 9 33 5300 0.820 0.914 28.428 0.238 299.180 8 33 4301 0.822 0.925 28.285 0.237 300.178 8 32 4302 0.825 0.935 28.142 0.236 301.175 8 32 4303 0.828 0.946 28.000 0.235 302.172 8 32 4304 0.831 0.957 27.859 0.233 303.169 8 32 4305 0.833 0.967 27.717 0.232 304.167 8 31 4306 0.836 0.978 27.576 0.231 305.164 8 31 4307 0.839 0.990 27.436 0.230 306.161 8 31 4308 0.842 1.001 27.296 0.229 307.158 8 31 4309 0.844 1.012 27.156 0.228 308.156 8 31 4310 0.847 1.024 27.017 0.226 309.153 8 30 4311 0.850 1.035 26.878 0.225 310.150 8 30 4312 0.852 1.047 26.739 0.224 311.148 8 30 4313 0.855 1.059 26.601 0.223 312.145 8 30 4314 0.858 1.071 26.463 0.222 313.142 8 30 4315 0.861 1.083 26.325 0.221 314.139 8 29 4316 0.863 1.096 26.187 0.219 315.137 8 29 4317 0.866 1.108 26.050 0.218 316.134 7 29 4318 0.869 1.121 25.913 0.217 317.131 7 29 4

C.dur.-Fuorni




Q d S_Alb

319 0.872 1.134 25.776 0.216 318.128 7 29 4320 0.874 1.147 25.640 0.215 319.126 7 28 4321 0.877 1.160 25.503 0.214 320.123 7 28 4322 0.880 1.174 25.367 0.213 321.120 7 28 4323 0.883 1.188 25.231 0.211 322.117 7 28 4324 0.885 1.202 25.095 0.210 323.115 7 28 4325 0.888 1.216 24.958 0.209 324.112 7 27 4326 0.891 1.230 24.822 0.208 325.109 7 27 4327 0.893 1.245 24.687 0.207 326.107 7 27 3328 0.896 1.260 24.551 0.206 327.104 7 27 3329 0.899 1.275 24.414 0.205 328.101 7 27 3330 0.902 1.291 24.278 0.203 329.098 7 26 3331 0.904 1.307 24.142 0.202 330.096 7 26 3332 0.907 1.323 24.006 0.201 331.093 7 26 3333 0.910 1.340 23.869 0.200 332.090 7 26 3334 0.913 1.357 23.732 0.199 333.087 7 26 3335 0.915 1.374 23.595 0.198 334.085 7 25 3336 0.918 1.392 23.458 0.197 335.082 6 25 3337 0.921 1.410 23.320 0.195 336.079 6 25 3338 0.923 1.429 23.182 0.194 337.077 6 25 3339 0.926 1.448 23.043 0.193 338.074 6 25 3340 0.929 1.468 22.904 0.192 339.071 6 24 3341 0.932 1.489 22.764 0.191 340.068 6 24 3342 0.934 1.510 22.623 0.190 341.066 6 24 3343 0.937 1.531 22.482 0.188 342.063 6 24 3344 0.940 1.554 22.339 0.187 343.060 6 24 3345 0.943 1.577 22.196 0.186 344.057 6 23 3346 0.945 1.601 22.051 0.185 345.055 6 23 3347 0.948 1.627 21.906 0.184 346.052 6 23 3348 0.951 1.653 21.758 0.182 347.049 6 23 3349 0.954 1.680 21.609 0.181 348.046 6 23 3350 0.956 1.709 21.458 0.180 349.044 6 22 3351 0.959 1.739 21.305 0.179 350.041 6 22 3352 0.962 1.771 21.150 0.177 351.038 6 22 3353 0.964 1.805 20.992 0.176 352.036 6 22 3354 0.967 1.841 20.831 0.175 353.033 5 22 3355 0.970 1.880 20.666 0.173 354.030 5 21 3356 0.973 1.922 20.496 0.172 355.027 5 21 2357 0.975 1.967 20.322 0.170 356.025 5 21 2358 0.978 2.017 20.142 0.169 357.022 5 21 2359 0.981 2.072 19.953 0.167 358.019 5 20 2360 0.984 2.135 19.756 0.166 359.016 5 20 2361 0.986 2.207 19.546 0.164 360.014 5 20 2362 0.989 2.293 19.320 0.162 361.011 5 19 2363 0.992 2.400 19.069 0.160 362.008 5 19 2364 0.995 2.545 18.779 0.157 363.005 5 19 2365 0.997 2.778 18.409 0.154 364.003 2

IRNOFiume IRNO

IDRAULICA

Κστ 27S= 0.0136g= 9.81


1.34 1.67 20.1 3.3


Dgr= 12.635n= 0.383A= 0.205m= 2.211C= 0.027



y = 0.0041x1.3625

R2 = 0.9993y = 0.0009x1.437

R2 = 0.9935

y = 0.0014x1.7401

R2 = 0.9894

0.00

5.00

10.00

15.00

20.00

25.00

0 50 100 150 200 250 300


0

0.5

1

1.5

2

2.5

3

3.5

0 5 10 15 20 25

IRNOFiume IRNO

IDRAULICA


8.33 0.50 0.014 - - 1.96 0.20 4.25 9.41 0.45 9.00 0.91 0.54 0.25 607.34 0.55 0.014 - - 1.43 0.10 5.14 18.31 0.28 17.80 0.85 0.43 0.19 379.55 0.60 0.014 - - 1.58 0.13 6.03 18.41 0.33 17.81 0.87 0.57 0.21 4411.97 0.65 0.014 - - 1.73 0.15 6.92 18.51 0.37 17.81 0.89 0.62 0.22 5014.59 0.70 0.014 - - 1.87 0.18 7.81 18.61 0.42 17.81 0.90 0.67 0.24 5617.40 0.75 0.014 - - 2.00 0.20 8.70 18.71 0.47 17.82 0.91 0.72 0.25 6220.40 0.80 0.014 - - 2.13 0.23 9.59 18.81 0.51 17.82 0.93 0.77 0.26 6823.57 0.85 0.014 - - 2.25 0.26 10.48 18.91 0.55 17.82 0.94 0.82 0.27 7426.91 0.90 0.014 - - 2.37 0.29 11.38 19.01 0.60 17.83 0.95 0.88 0.28 8030.41 0.95 0.014 - - 2.48 0.31 12.27 19.11 0.64 17.83 0.95 0.93 0.29 8634.06 1.00 0.014 - - 2.59 0.34 13.16 19.21 0.68 17.83 0.96 0.98 0.30 9137.87 1.05 0.014 - - 2.70 0.37 14.05 19.31 0.73 17.84 0.97 1.03 0.31 9741.81 1.10 0.014 - - 2.80 0.40 14.94 19.41 0.77 17.84 0.98 1.09 0.32 10345.90 1.15 0.014 - - 2.90 0.43 15.83 19.51 0.81 17.84 0.98 1.14 0.33 10850.12 1.20 0.014 - - 3.00 0.46 16.73 19.61 0.85 17.85 0.99 1.19 0.34 11454.47 1.25 0.014 - - 3.09 0.49 17.62 19.72 0.89 17.85 0.99 1.25 0.35 11958.94 1.30 0.014 - - 3.18 0.52 18.51 19.82 0.93 17.85 1.00 1.30 0.35 12563.54 1.35 0.014 - - 3.28 0.55 19.40 19.92 0.97 17.86 1.00 1.35 0.36 13068.26 1.40 0.014 - - 3.36 0.58 20.30 20.02 1.01 17.86 1.01 1.41 0.37 13573.10 1.45 0.014 - - 3.45 0.61 21.19 20.12 1.05 17.86 1.01 1.46 0.37 14078.05 1.50 0.014 - - 3.53 0.64 22.08 20.22 1.09 17.87 1.02 1.51 0.38 14683.11 1.55 0.014 - - 3.62 0.67 22.98 20.32 1.13 17.87 1.02 1.57 0.39 15188.27 1.60 0.014 - - 3.70 0.70 23.87 20.42 1.17 17.87 1.02 1.62 0.39 15693.54 1.65 0.014 - - 3.78 0.73 24.76 20.52 1.21 17.88 1.03 1.67 0.40 16198.92 1.70 0.014 - - 3.86 0.76 25.66 20.62 1.25 17.88 1.03 1.73 0.41 166

104.40 1.75 0.014 - - 3.93 0.79 26.55 20.72 1.28 17.88 1.03 1.78 0.41 171110.00 1.80 0.014 - - 4.01 0.82 27.45 20.82 1.32 17.89 1.03 1.83 0.42 176115.60 1.85 0.014 - - 4.08 0.85 28.34 20.92 1.36 17.89 1.04 1.89 0.43 181121.40 1.90 0.014 - - 4.15 0.88 29.24 21.02 1.39 17.89 1.04 1.94 0.43 186127.20 1.95 0.014 - - 4.22 0.91 30.13 21.12 1.43 17.90 1.04 1.99 0.44 190133.20 2.00 0.014 - - 4.29 0.94 31.03 21.22 1.46 17.90 1.04 2.05 0.44 195139.20 2.05 0.014 - - 4.36 0.97 31.92 21.32 1.50 17.90 1.04 2.10 0.45 200



145.30 2.10 0.014 - - 4.43 1.00 32.82 21.42 1.53 17.91 1.05 2.15 0.45 204151.50 2.15 0.014 - - 4.50 1.03 33.71 21.52 1.57 17.91 1.05 2.21 0.46 209157.80 2.20 0.014 - - 4.56 1.06 34.61 21.62 1.60 17.91 1.05 2.26 0.46 214164.20 2.25 0.014 - - 4.62 1.09 35.50 21.72 1.64 17.92 1.05 2.31 0.47 218170.60 2.30 0.014 - - 4.69 1.12 36.40 21.82 1.67 17.92 1.05 2.37 0.47 223177.10 2.35 0.014 - - 4.75 1.15 37.29 21.92 1.70 17.92 1.05 2.42 0.48 227183.70 2.40 0.014 - - 4.81 1.18 38.19 22.02 1.74 17.93 1.05 2.47 0.48 231190.40 2.45 0.014 - - 4.87 1.21 39.09 22.12 1.77 17.93 1.05 2.53 0.49 236197.10 2.50 0.014 - - 4.93 1.24 39.98 22.22 1.80 17.93 1.05 2.58 0.49 240203.90 2.55 0.014 - - 4.99 1.27 40.88 22.32 1.83 17.94 1.06 2.63 0.49 244210.80 2.60 0.014 - - 5.05 1.30 41.78 22.42 1.86 17.94 1.06 2.69 0.50 249217.80 2.65 0.014 - - 5.10 1.33 42.67 22.52 1.90 17.94 1.06 2.74 0.50 253224.80 2.70 0.014 - - 5.16 1.36 43.57 22.62 1.93 17.95 1.06 2.79 0.51 257231.90 2.75 0.014 - - 5.21 1.39 44.47 22.72 1.96 17.95 1.06 2.84 0.51 261239.00 2.80 0.014 - - 5.27 1.42 45.37 22.82 1.99 17.95 1.06 2.90 0.52 265246.20 2.85 0.014 - - 5.32 1.44 46.26 22.92 2.02 17.96 1.06 2.95 0.52 269253.50 2.90 0.014 - - 5.38 1.47 47.16 23.02 2.05 17.96 1.06 3.00 0.52 273260.80 2.95 0.014 - - 5.43 1.50 48.06 23.12 2.08 17.96 1.06 3.06 0.53 277268.30 3.00 0.014 - - 5.48 1.53 48.96 23.22 2.11 17.97 1.06 3.11 0.53 281



11.97 0.65 0.31 8 8.25E-03 1.81E-02 2.64E-02 1.98 3.16 0.00969 1.16E-01 0.03 5.06 165.67 7.93E-0214.59 0.70 0.31 8 1.14E-02 2.55E-02 3.69E-02 2.12 3.72 0.01053 1.54E-01 0.03 5.86 247.47 1.24E-0117.40 0.75 0.32 7 1.52E-02 3.43E-02 4.95E-02 2.25 4.29 0.01132 1.97E-01 0.03 6.64 348.89 1.82E-0120.40 0.80 0.32 7 1.95E-02 4.47E-02 6.42E-02 2.37 4.87 0.01207 2.46E-01 0.03 7.41 470.79 2.54E-0123.57 0.85 0.32 7 2.44E-02 5.66E-02 8.09E-02 2.48 5.46 0.01279 3.01E-01 0.03 8.17 613.57 3.40E-0126.91 0.90 0.33 6 2.99E-02 7.01E-02 1.00E-01 2.59 6.06 0.01348 3.63E-01 0.03 8.91 778.52 4.43E-0130.41 0.95 0.33 6 3.59E-02 8.52E-02 1.21E-01 2.70 6.67 0.01414 4.30E-01 0.03 9.64 965.78 5.61E-0134.06 1.00 0.33 6 4.25E-02 1.02E-01 1.44E-01 2.80 7.29 0.01479 5.04E-01 0.03 10.36 1176.74 6.97E-0137.87 1.05 0.33 6 4.97E-02 1.20E-01 1.70E-01 2.90 7.91 0.01540 5.83E-01 0.03 11.08 1410.96 8.49E-0141.81 1.10 0.34 5 5.73E-02 1.40E-01 1.97E-01 2.99 8.54 0.01600 6.69E-01 0.03 11.78 1668.33 1.02E+0045.90 1.15 0.34 5 6.56E-02 1.62E-01 2.27E-01 3.09 9.18 0.01658 7.61E-01 0.03 12.47 1950.79 1.21E+0050.12 1.20 0.34 5 7.43E-02 1.85E-01 2.59E-01 3.17 9.81 0.01714 8.59E-01 0.03 13.16 2254.77 1.41E+0054.47 1.25 0.34 5 8.35E-02 2.09E-01 2.93E-01 3.26 10.45 0.01768 9.63E-01 0.03 13.84 2584.32 1.64E+0058.94 1.30 0.34 5 9.32E-02 2.35E-01 3.29E-01 3.34 11.10 0.01821 1.07E+00 0.03 14.51 2937.75 1.88E+0063.54 1.35 0.35 5 1.03E-01 2.63E-01 3.67E-01 3.43 11.74 0.01873 1.19E+00 0.03 15.17 3317.43 2.14E+0068.26 1.40 0.35 5 1.14E-01 2.92E-01 4.07E-01 3.50 12.39 0.01923 1.31E+00 0.03 15.83 3715.53 2.42E+0073.10 1.45 0.35 5 1.25E-01 3.23E-01 4.49E-01 3.58 13.04 0.01973 1.44E+00 0.03 16.47 4137.92 2.72E+0078.05 1.50 0.35 5 1.37E-01 3.55E-01 4.92E-01 3.66 13.69 0.02021 1.58E+00 0.03 17.11 4587.42 3.04E+0083.11 1.55 0.35 4 1.49E-01 3.89E-01 5.38E-01 3.73 14.34 0.02067 1.72E+00 0.03 17.75 5062.11 3.38E+0088.27 1.60 0.35 4 1.61E-01 4.24E-01 5.86E-01 3.80 14.99 0.02113 1.86E+00 0.03 18.38 5553.88 3.73E+0093.54 1.65 0.35 4 1.74E-01 4.61E-01 6.35E-01 3.87 15.64 0.02157 2.02E+00 0.03 19.00 6075.06 4.10E+0098.92 1.70 0.36 4 1.87E-01 4.99E-01 6.86E-01 3.94 16.30 0.02200 2.18E+00 0.03 19.62 6619.91 4.49E+00104.40 1.75 0.36 4 2.01E-01 5.38E-01 7.39E-01 4.01 16.95 0.02243 2.34E+00 0.03 20.23 7182.54 4.90E+00110.00 1.80 0.36 4 2.15E-01 5.79E-01 7.94E-01 4.07 17.60 0.02284 2.51E+00 0.03 20.84 7767.80 5.33E+00115.60 1.85 0.36 4 2.29E-01 6.21E-01 8.50E-01 4.14 18.25 0.02326 2.69E+00 0.03 21.43 8368.23 5.77E+00121.40 1.90 0.36 4 2.44E-01 6.64E-01 9.08E-01 4.20 18.90 0.02366 2.87E+00 0.03 22.02 8988.92 6.22E+00127.20 1.95 0.36 4 2.59E-01 7.09E-01 9.67E-01 4.26 19.55 0.02405 3.06E+00 0.03 22.60 9645.44 6.70E+00133.20 2.00 0.36 4 2.74E-01 7.55E-01 1.03E+00 4.32 20.20 0.02445 3.26E+00 0.03 23.18 10303.14 7.19E+00139.20 2.05 0.36 4 2.90E-01 8.02E-01 1.09E+00 4.38 20.85 0.02483 3.46E+00 0.03 23.75 10985.42 7.69E+00



145.30 2.10 0.36 4 3.06E-01 8.50E-01 1.16E+00 4.44 21.50 0.02520 3.66E+00 0.02 24.32 11702.01 8.23E+00151.50 2.15 0.36 4 3.22E-01 8.99E-01 1.22E+00 4.50 22.14 0.02556 3.87E+00 0.02 24.89 12437.02 8.77E+00157.80 2.20 0.36 4 3.39E-01 9.50E-01 1.29E+00 4.55 22.78 0.02592 4.09E+00 0.02 25.45 13173.29 9.32E+00164.20 2.25 0.37 4 3.56E-01 1.00E+00 1.36E+00 4.61 23.43 0.02627 4.31E+00 0.02 26.00 13945.77 9.90E+00170.60 2.30 0.37 4 3.73E-01 1.05E+00 1.43E+00 4.66 24.06 0.02662 4.54E+00 0.02 26.54 14708.94 1.05E+01177.10 2.35 0.37 4 3.90E-01 1.11E+00 1.50E+00 4.71 24.70 0.02695 4.77E+00 0.02 27.10 15522.55 1.11E+01183.70 2.40 0.37 3 4.07E-01 1.16E+00 1.57E+00 4.77 25.34 0.02729 5.01E+00 0.02 27.63 16341.46 1.17E+01190.40 2.45 0.37 3 4.25E-01 1.22E+00 1.65E+00 4.82 25.97 0.02763 5.26E+00 0.02 28.16 17156.64 1.23E+01197.10 2.50 0.37 3 4.43E-01 1.28E+00 1.72E+00 4.87 26.61 0.02794 5.51E+00 0.02 28.69 18016.20 1.30E+01203.90 2.55 0.37 3 4.62E-01 1.33E+00 1.80E+00 4.92 27.23 0.02826 5.76E+00 0.02 29.22 18877.97 1.36E+01210.80 2.60 0.37 3 4.80E-01 1.39E+00 1.87E+00 4.97 27.86 0.02857 6.02E+00 0.02 29.74 19758.23 1.43E+01217.80 2.65 0.37 3 4.99E-01 1.45E+00 1.95E+00 5.01 28.49 0.02890 6.29E+00 0.02 30.24 20636.54 1.49E+01224.80 2.70 0.37 3 5.18E-01 1.51E+00 2.03E+00 5.06 29.12 0.02919 6.56E+00 0.02 30.76 21569.95 1.57E+01231.90 2.75 0.37 3 5.37E-01 1.58E+00 2.11E+00 5.11 29.73 0.02949 6.84E+00 0.02 31.27 22483.06 1.64E+01239.00 2.80 0.37 3 5.56E-01 1.64E+00 2.19E+00 5.15 30.35 0.02980 7.12E+00 0.02 31.76 23393.77 1.71E+01246.20 2.85 0.37 3 5.76E-01 1.70E+00 2.28E+00 5.20 30.97 0.03008 7.40E+00 0.02 32.26 24362.35 1.78E+01253.50 2.90 0.37 3 5.95E-01 1.76E+00 2.36E+00 5.24 31.58 0.03037 7.70E+00 0.02 32.75 25308.76 1.85E+01260.80 2.95 0.38 3 6.15E-01 1.83E+00 2.45E+00 5.29 32.20 0.03066 8.00E+00 0.02 33.24 26281.64 1.93E+01268.30 3.00 0.38 3 6.35E-01 1.90E+00 2.53E+00 5.33 32.80 0.03093 8.30E+00 0.02 33.73 27276.69 2.00E+01

C.dur.-Irno

Fiume Irno



Q medsez. a b q 0


0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Irno


Q d S_AlbVOLUME m3



C.dur.-Irno


VOLUME m3



54 0.148 -1.047 144.026 1.588 53.852 149 670 26855 0.150 -1.035 142.275 1.569 54.850 146 659 26356 0.153 -1.024 140.570 1.550 55.847 144 648 25757 0.156 -1.012 138.908 1.532 56.844 142 637 25258 0.158 -1.001 137.288 1.514 57.842 139 627 24759 0.161 -0.990 135.707 1.497 58.839 137 617 24260 0.164 -0.978 134.165 1.480 59.836 135 608 23761 0.167 -0.967 132.660 1.463 60.833 132 599 23362 0.169 -0.957 131.189 1.447 61.831 130 590 22863 0.172 -0.946 129.753 1.431 62.828 128 581 22464 0.175 -0.935 128.350 1.416 63.825 126 572 22065 0.178 -0.925 126.978 1.400 64.822 124 564 21566 0.180 -0.914 125.636 1.386 65.820 122 556 21267 0.183 -0.904 124.324 1.371 66.817 121 548 20868 0.186 -0.894 123.040 1.357 67.814 119 540 20469 0.189 -0.883 121.783 1.343 68.811 117 533 20070 0.191 -0.873 120.552 1.330 69.809 115 525 19771 0.194 -0.863 119.346 1.316 70.806 114 518 19372 0.197 -0.853 118.166 1.303 71.803 112 511 19073 0.199 -0.844 117.008 1.290 72.801 111 505 18774 0.202 -0.834 115.874 1.278 73.798 109 498 18475 0.205 -0.824 114.762 1.266 74.795 108 491 18176 0.208 -0.815 113.672 1.254 75.792 106 485 17877 0.210 -0.805 112.602 1.242 76.790 105 479 17578 0.213 -0.796 111.552 1.230 77.787 103 473 17279 0.216 -0.786 110.522 1.219 78.784 102 467 16980 0.219 -0.777 109.511 1.208 79.781 101 461 16781 0.221 -0.768 108.518 1.197 80.779 99 455 16482 0.224 -0.759 107.544 1.186 81.776 98 450 16183 0.227 -0.750 106.586 1.176 82.773 97 444 15984 0.230 -0.740 105.645 1.165 83.770 95 439 15685 0.232 -0.731 104.721 1.155 84.768 94 434 15486 0.235 -0.723 103.812 1.145 85.765 93 429 15287 0.238 -0.714 102.919 1.135 86.762 92 424 15088 0.240 -0.705 102.041 1.125 87.760 91 419 14789 0.243 -0.696 101.178 1.116 88.757 90 414 14590 0.246 -0.687 100.328 1.106 89.754 89 409 14391 0.249 -0.679 99.493 1.097 90.751 88 404 14192 0.251 -0.670 98.671 1.088 91.749 87 400 13993 0.254 -0.662 97.862 1.079 92.746 86 395 13794 0.257 -0.653 97.066 1.071 93.743 85 391 13595 0.260 -0.645 96.282 1.062 94.740 84 387 13396 0.262 -0.636 95.510 1.053 95.738 83 383 13197 0.265 -0.628 94.750 1.045 96.735 82 378 12998 0.268 -0.620 94.002 1.037 97.732 81 374 12899 0.270 -0.611 93.265 1.029 98.730 80 370 126

100 0.273 -0.603 92.539 1.021 99.727 79 366 124101 0.276 -0.595 91.824 1.013 100.724 78 363 123102 0.279 -0.587 91.119 1.005 101.721 77 359 121103 0.281 -0.579 90.424 0.997 102.719 76 355 119104 0.284 -0.571 89.739 0.990 103.716 76 351 118105 0.287 -0.563 89.064 0.982 104.713 75 348 116106 0.290 -0.555 88.399 0.975 105.710 74 344 115

C.dur.-Irno


VOLUME m3



107 0.292 -0.547 87.742 0.968 106.708 73 341 113108 0.295 -0.539 87.095 0.961 107.705 72 337 112109 0.298 -0.531 86.457 0.954 108.702 72 334 110110 0.301 -0.523 85.827 0.947 109.699 71 331 109111 0.303 -0.515 85.206 0.940 110.697 70 327 108112 0.306 -0.507 84.593 0.933 111.694 69 324 106113 0.309 -0.499 83.988 0.926 112.691 69 321 105114 0.311 -0.492 83.391 0.920 113.689 68 318 104115 0.314 -0.484 82.802 0.913 114.686 67 315 102116 0.317 -0.476 82.221 0.907 115.683 67 312 101117 0.320 -0.469 81.647 0.900 116.680 66 309 100118 0.322 -0.461 81.080 0.894 117.678 65 306 99119 0.325 -0.453 80.520 0.888 118.675 65 303 98120 0.328 -0.446 79.968 0.882 119.672 64 300 96121 0.331 -0.438 79.422 0.876 120.669 63 298 95122 0.333 -0.431 78.883 0.870 121.667 63 295 94123 0.336 -0.423 78.350 0.864 122.664 62 292 93124 0.339 -0.416 77.824 0.858 123.661 62 289 92125 0.342 -0.408 77.305 0.853 124.658 61 287 91126 0.344 -0.401 76.791 0.847 125.656 60 284 90127 0.347 -0.393 76.284 0.841 126.653 60 282 89128 0.350 -0.386 75.782 0.836 127.650 59 279 88129 0.352 -0.379 75.287 0.830 128.648 59 277 87130 0.355 -0.371 74.797 0.825 129.645 58 274 86131 0.358 -0.364 74.313 0.820 130.642 58 272 85132 0.361 -0.357 73.834 0.814 131.639 57 269 84133 0.363 -0.349 73.361 0.809 132.637 57 267 83134 0.366 -0.342 72.893 0.804 133.634 56 265 82135 0.369 -0.335 72.430 0.799 134.631 56 262 81136 0.372 -0.328 71.972 0.794 135.628 55 260 80137 0.374 -0.320 71.520 0.789 136.626 55 258 79138 0.377 -0.313 71.072 0.784 137.623 54 256 79139 0.380 -0.306 70.629 0.779 138.620 54 254 78140 0.383 -0.299 70.191 0.774 139.617 53 251 77141 0.385 -0.292 69.758 0.769 140.615 53 249 76142 0.388 -0.285 69.329 0.765 141.612 52 247 75143 0.391 -0.277 68.905 0.760 142.609 52 245 74144 0.393 -0.270 68.486 0.755 143.607 51 243 74145 0.396 -0.263 68.070 0.751 144.604 51 241 73146 0.399 -0.256 67.659 0.746 145.601 50 239 72147 0.402 -0.249 67.252 0.742 146.598 50 237 71148 0.404 -0.242 66.850 0.737 147.596 49 235 71149 0.407 -0.235 66.451 0.733 148.593 49 233 70150 0.410 -0.228 66.056 0.729 149.590 49 232 69151 0.413 -0.221 65.666 0.724 150.587 48 230 68152 0.415 -0.214 65.279 0.720 151.585 48 228 68153 0.418 -0.207 64.896 0.716 152.582 47 226 67154 0.421 -0.200 64.517 0.712 153.579 47 224 66155 0.423 -0.193 64.142 0.707 154.577 47 222 66156 0.426 -0.186 63.770 0.703 155.574 46 221 65157 0.429 -0.179 63.402 0.699 156.571 46 219 64158 0.432 -0.172 63.037 0.695 157.568 45 217 64159 0.434 -0.165 62.676 0.691 158.566 45 216 63

C.dur.-Irno


VOLUME m3



160 0.437 -0.158 62.318 0.687 159.563 45 214 62161 0.440 -0.151 61.963 0.683 160.560 44 212 62162 0.443 -0.144 61.612 0.680 161.557 44 211 61163 0.445 -0.137 61.264 0.676 162.555 44 209 61164 0.448 -0.130 60.920 0.672 163.552 43 207 60165 0.451 -0.124 60.578 0.668 164.549 43 206 59166 0.454 -0.117 60.240 0.664 165.546 43 204 59167 0.456 -0.110 59.904 0.661 166.544 42 203 58168 0.459 -0.103 59.572 0.657 167.541 42 201 58169 0.462 -0.096 59.243 0.653 168.538 42 200 57170 0.464 -0.089 58.916 0.650 169.536 41 198 57171 0.467 -0.082 58.593 0.646 170.533 41 197 56172 0.470 -0.075 58.272 0.643 171.530 41 195 56173 0.473 -0.069 57.954 0.639 172.527 40 194 55174 0.475 -0.062 57.639 0.636 173.525 40 192 55175 0.478 -0.055 57.327 0.632 174.522 40 191 54176 0.481 -0.048 57.017 0.629 175.519 39 189 53177 0.484 -0.041 56.710 0.625 176.516 39 188 53178 0.486 -0.034 56.406 0.622 177.514 39 187 53179 0.489 -0.027 56.104 0.619 178.511 38 185 52180 0.492 -0.021 55.805 0.615 179.508 38 184 52181 0.495 -0.014 55.508 0.612 180.505 38 183 51182 0.497 -0.007 55.213 0.609 181.503 38 181 51183 0.500 0.000 54.922 0.606 182.500 37 180 50184 0.503 0.007 54.632 0.603 183.497 37 179 50185 0.505 0.014 54.345 0.599 184.495 37 177 49186 0.508 0.021 54.060 0.596 185.492 36 176 49187 0.511 0.027 53.777 0.593 186.489 36 175 48188 0.514 0.034 53.497 0.590 187.486 36 174 48189 0.516 0.041 53.219 0.587 188.484 36 172 47190 0.519 0.048 52.943 0.584 189.481 35 171 47191 0.522 0.055 52.670 0.581 190.478 35 170 47192 0.525 0.062 52.398 0.578 191.475 35 169 46193 0.527 0.069 52.129 0.575 192.473 35 168 46194 0.530 0.075 51.862 0.572 193.470 34 166 45195 0.533 0.082 51.596 0.569 194.467 34 165 45196 0.536 0.089 51.333 0.566 195.464 34 164 45197 0.538 0.096 51.072 0.563 196.462 34 163 44198 0.541 0.103 50.813 0.560 197.459 33 162 44199 0.544 0.110 50.556 0.558 198.456 33 161 43200 0.546 0.117 50.300 0.555 199.454 33 160 43201 0.549 0.124 50.047 0.552 200.451 33 159 43202 0.552 0.130 49.795 0.549 201.448 32 158 42203 0.555 0.137 49.546 0.546 202.445 32 156 42204 0.557 0.144 49.298 0.544 203.443 32 155 42205 0.560 0.151 49.052 0.541 204.440 32 154 41206 0.563 0.158 48.808 0.538 205.437 31 153 41207 0.566 0.165 48.565 0.536 206.434 31 152 40208 0.568 0.172 48.324 0.533 207.432 31 151 40209 0.571 0.179 48.085 0.530 208.429 31 150 40210 0.574 0.186 47.848 0.528 209.426 31 149 39211 0.577 0.193 47.613 0.525 210.423 30 148 39212 0.579 0.200 47.379 0.523 211.421 30 147 39

C.dur.-Irno


VOLUME m3



213 0.582 0.207 47.146 0.520 212.418 30 146 38214 0.585 0.214 46.916 0.517 213.415 30 145 38215 0.587 0.221 46.686 0.515 214.413 30 144 38216 0.590 0.228 46.459 0.512 215.410 29 143 37217 0.593 0.235 46.233 0.510 216.407 29 142 37218 0.596 0.242 46.008 0.507 217.404 29 141 37219 0.598 0.249 45.786 0.505 218.402 29 140 37220 0.601 0.256 45.564 0.503 219.399 29 140 36221 0.604 0.263 45.344 0.500 220.396 28 139 36222 0.607 0.270 45.126 0.498 221.393 28 138 36223 0.609 0.277 44.909 0.495 222.391 28 137 35224 0.612 0.285 44.693 0.493 223.388 28 136 35225 0.615 0.292 44.479 0.491 224.385 28 135 35226 0.617 0.299 44.266 0.488 225.383 27 134 34227 0.620 0.306 44.054 0.486 226.380 27 133 34228 0.623 0.313 43.844 0.484 227.377 27 132 34229 0.626 0.320 43.636 0.481 228.374 27 132 34230 0.628 0.328 43.428 0.479 229.372 27 131 33231 0.631 0.335 43.222 0.477 230.369 26 130 33232 0.634 0.342 43.017 0.474 231.366 26 129 33233 0.637 0.349 42.814 0.472 232.363 26 128 32234 0.639 0.357 42.611 0.470 233.361 26 127 32235 0.642 0.364 42.410 0.468 234.358 26 127 32236 0.645 0.371 42.211 0.466 235.355 26 126 32237 0.648 0.379 42.012 0.463 236.352 25 125 31238 0.650 0.386 41.815 0.461 237.350 25 124 31239 0.653 0.393 41.618 0.459 238.347 25 123 31240 0.656 0.401 41.423 0.457 239.344 25 123 31241 0.658 0.408 41.230 0.455 240.342 25 122 30242 0.661 0.416 41.037 0.453 241.339 25 121 30243 0.664 0.423 40.845 0.450 242.336 24 120 30244 0.667 0.431 40.655 0.448 243.333 24 119 30245 0.669 0.438 40.465 0.446 244.331 24 119 29246 0.672 0.446 40.277 0.444 245.328 24 118 29247 0.675 0.453 40.090 0.442 246.325 24 117 29248 0.678 0.461 39.904 0.440 247.322 24 116 29249 0.680 0.469 39.719 0.438 248.320 23 116 29250 0.683 0.476 39.535 0.436 249.317 23 115 28251 0.686 0.484 39.352 0.434 250.314 23 114 28252 0.689 0.492 39.170 0.432 251.311 23 114 28253 0.691 0.499 38.989 0.430 252.309 23 113 28254 0.694 0.507 38.808 0.428 253.306 23 112 27255 0.697 0.515 38.629 0.426 254.303 22 111 27256 0.699 0.523 38.451 0.424 255.301 22 111 27257 0.702 0.531 38.274 0.422 256.298 22 110 27258 0.705 0.539 38.098 0.420 257.295 22 109 27259 0.708 0.547 37.923 0.418 258.292 22 109 26260 0.710 0.555 37.748 0.416 259.290 22 108 26261 0.713 0.563 37.575 0.414 260.287 22 107 26262 0.716 0.571 37.402 0.413 261.284 21 107 26263 0.719 0.579 37.231 0.411 262.281 21 106 25264 0.721 0.587 37.060 0.409 263.279 21 105 25265 0.724 0.595 36.890 0.407 264.276 21 105 25

C.dur.-Irno


VOLUME m3



266 0.727 0.603 36.721 0.405 265.273 21 104 25267 0.730 0.611 36.552 0.403 266.270 21 103 25268 0.732 0.620 36.385 0.401 267.268 21 103 24269 0.735 0.628 36.218 0.399 268.265 21 102 24270 0.738 0.636 36.052 0.398 269.262 20 101 24271 0.740 0.645 35.887 0.396 270.260 20 101 24272 0.743 0.653 35.723 0.394 271.257 20 100 24273 0.746 0.662 35.559 0.392 272.254 20 100 24274 0.749 0.670 35.397 0.390 273.251 20 99 23275 0.751 0.679 35.235 0.389 274.249 20 98 23276 0.754 0.687 35.073 0.387 275.246 20 98 23277 0.757 0.696 34.913 0.385 276.243 19 97 23278 0.760 0.705 34.753 0.383 277.240 19 96 23279 0.762 0.714 34.594 0.382 278.238 19 96 22280 0.765 0.723 34.435 0.380 279.235 19 95 22281 0.768 0.731 34.277 0.378 280.232 19 95 22282 0.770 0.740 34.120 0.376 281.230 19 94 22283 0.773 0.750 33.964 0.375 282.227 19 94 22284 0.776 0.759 33.808 0.373 283.224 19 93 22285 0.779 0.768 33.653 0.371 284.221 18 92 21286 0.781 0.777 33.498 0.369 285.219 18 92 21287 0.784 0.786 33.344 0.368 286.216 18 91 21288 0.787 0.796 33.191 0.366 287.213 18 91 21289 0.790 0.805 33.038 0.364 288.210 18 90 21290 0.792 0.815 32.885 0.363 289.208 18 90 21291 0.795 0.824 32.734 0.361 290.205 18 89 20292 0.798 0.834 32.583 0.359 291.202 18 88 20293 0.801 0.844 32.432 0.358 292.199 17 88 20294 0.803 0.853 32.282 0.356 293.197 17 87 20295 0.806 0.863 32.133 0.354 294.194 17 87 20296 0.809 0.873 31.984 0.353 295.191 17 86 20297 0.811 0.883 31.835 0.351 296.189 17 86 19298 0.814 0.894 31.687 0.349 297.186 17 85 19299 0.817 0.904 31.539 0.348 298.183 17 85 19300 0.820 0.914 31.392 0.346 299.180 17 84 19301 0.822 0.925 31.246 0.345 300.178 17 83 19302 0.825 0.935 31.099 0.343 301.175 16 83 19303 0.828 0.946 30.954 0.341 302.172 16 82 18304 0.831 0.957 30.808 0.340 303.169 16 82 18305 0.833 0.967 30.663 0.338 304.167 16 81 18306 0.836 0.978 30.518 0.337 305.164 16 81 18307 0.839 0.990 30.374 0.335 306.161 16 80 18308 0.842 1.001 30.230 0.333 307.158 16 80 18309 0.844 1.012 30.086 0.332 308.156 16 79 18310 0.847 1.024 29.943 0.330 309.153 16 79 17311 0.850 1.035 29.800 0.329 310.150 15 78 17312 0.852 1.047 29.657 0.327 311.148 15 78 17313 0.855 1.059 29.515 0.326 312.145 15 77 17314 0.858 1.071 29.373 0.324 313.142 15 77 17315 0.861 1.083 29.231 0.322 314.139 15 76 17316 0.863 1.096 29.089 0.321 315.137 15 76 17317 0.866 1.108 28.947 0.319 316.134 15 75 16318 0.869 1.121 28.806 0.318 317.131 15 75 16

C.dur.-Irno


VOLUME m3



319 0.872 1.134 28.665 0.316 318.128 15 74 16320 0.874 1.147 28.523 0.315 319.126 15 74 16321 0.877 1.160 28.382 0.313 320.123 14 73 16322 0.880 1.174 28.241 0.311 321.120 14 73 16323 0.883 1.188 28.101 0.310 322.117 14 72 16324 0.885 1.202 27.960 0.308 323.115 14 72 15325 0.888 1.216 27.819 0.307 324.112 14 71 15326 0.891 1.230 27.678 0.305 325.109 14 71 15327 0.893 1.245 27.537 0.304 326.107 14 70 15328 0.896 1.260 27.396 0.302 327.104 14 70 15329 0.899 1.275 27.255 0.301 328.101 14 69 15330 0.902 1.291 27.113 0.299 329.098 14 69 15331 0.904 1.307 26.972 0.297 330.096 13 68 15332 0.907 1.323 26.830 0.296 331.093 13 68 14333 0.910 1.340 26.688 0.294 332.090 13 67 14334 0.913 1.357 26.546 0.293 333.087 13 67 14335 0.915 1.374 26.403 0.291 334.085 13 66 14336 0.918 1.392 26.260 0.290 335.082 13 66 14337 0.921 1.410 26.116 0.288 336.079 13 65 14338 0.923 1.429 25.972 0.286 337.077 13 65 14339 0.926 1.448 25.827 0.285 338.074 13 64 13340 0.929 1.468 25.682 0.283 339.071 13 64 13341 0.932 1.489 25.536 0.282 340.068 12 63 13342 0.934 1.510 25.388 0.280 341.066 12 63 13343 0.937 1.531 25.240 0.278 342.063 12 62 13344 0.940 1.554 25.091 0.277 343.060 12 62 13345 0.943 1.577 24.941 0.275 344.057 12 61 13346 0.945 1.601 24.789 0.273 345.055 12 61 13347 0.948 1.627 24.636 0.272 346.052 12 60 12348 0.951 1.653 24.481 0.270 347.049 12 60 12349 0.954 1.680 24.324 0.268 348.046 12 59 12350 0.956 1.709 24.165 0.267 349.044 11 59 12351 0.959 1.739 24.004 0.265 350.041 11 58 12352 0.962 1.771 23.840 0.263 351.038 11 58 12353 0.964 1.805 23.673 0.261 352.036 11 57 12354 0.967 1.841 23.502 0.259 353.033 11 57 11355 0.970 1.880 23.327 0.257 354.030 11 56 11356 0.973 1.922 23.148 0.255 355.027 11 55 11357 0.975 1.967 22.963 0.253 356.025 11 55 11358 0.978 2.017 22.770 0.251 357.022 11 54 11359 0.981 2.072 22.570 0.249 358.019 10 54 11360 0.984 2.135 22.359 0.247 359.016 10 53 10361 0.986 2.207 22.134 0.244 360.014 10 52 10362 0.989 2.293 21.891 0.241 361.011 10 51 10363 0.992 2.400 21.621 0.238 362.008 10 51 10364 0.995 2.545 21.307 0.235 363.005 10 50 10365 0.997 2.778 20.903 0.231 364.003 9 48 9

4

D = 1.0 mm

SELEFiume SELE

IDRAULICA

Κστ 29S= 0.001g= 9.81


1.34 1.67 114.5 10


Dgr= 25.270n= 0.215A= 0.186m= 1.940C= 0.034



y = 0.0002x1.2708

R2 = 0.9999

y = 4E-06x1.5841

R2 = 0.9992

y = 2E-06x1.7958

R2 = 0.9988

0.00

1.00

2.00

3.00

4.00

5.00

6.00

0 500 1000 1500 2000 2500 3000 3500 4000


0

2

4

6

8

10

12

0 20 40 60 80 100 120

SELEFiume SELE

IDRAULICA


583.10 4.00 0.001 - - 1.80 0.16 324.80 116.00 2.80 113.60 0.34 1.88 0.17 27616.80 4.10 0.001 - - 1.84 0.17 336.10 116.20 2.89 113.60 0.34 1.96 0.17 28651.10 4.20 0.001 - - 1.87 0.18 347.50 116.40 2.99 113.60 0.34 2.03 0.17 29686.20 4.30 0.001 - - 1.91 0.19 358.90 116.60 3.08 113.60 0.34 2.10 0.17 30722.00 4.40 0.001 - - 1.95 0.19 370.20 116.80 3.17 113.60 0.35 2.17 0.18 31758.40 4.50 0.001 - - 1.99 0.20 381.60 117.00 3.26 113.60 0.35 2.24 0.18 32795.50 4.60 0.001 - - 2.02 0.21 393.00 117.20 3.35 113.70 0.35 2.31 0.18 33833.30 4.70 0.001 - - 2.06 0.22 404.30 117.40 3.45 113.70 0.35 2.38 0.18 34871.70 4.80 0.001 - - 2.10 0.22 415.70 117.60 3.54 113.70 0.35 2.45 0.19 35910.80 4.90 0.001 - - 2.13 0.23 427.10 117.80 3.63 113.70 0.35 2.52 0.19 36950.50 5.00 0.001 - - 2.17 0.24 438.40 118.00 3.72 113.70 0.35 2.59 0.19 36990.80 5.10 0.001 - - 2.20 0.25 449.80 118.20 3.81 113.70 0.35 2.66 0.19 371032.00 5.20 0.001 - - 2.24 0.26 461.20 118.40 3.90 113.80 0.35 2.73 0.20 381073.00 5.30 0.001 - - 2.27 0.26 472.60 118.60 3.99 113.80 0.36 2.81 0.20 391115.00 5.40 0.001 - - 2.31 0.27 483.90 118.80 4.08 113.80 0.36 2.88 0.20 401158.00 5.50 0.001 - - 2.34 0.28 495.30 119.00 4.16 113.80 0.36 2.95 0.20 411202.00 5.60 0.001 - - 2.37 0.29 506.70 119.20 4.25 113.80 0.36 3.02 0.20 421245.00 5.70 0.001 - - 2.40 0.29 518.10 119.40 4.34 113.80 0.36 3.09 0.21 431290.00 5.80 0.001 - - 2.44 0.30 529.50 119.60 4.43 113.80 0.36 3.16 0.21 431335.00 5.90 0.001 - - 2.47 0.31 540.80 119.80 4.52 113.90 0.36 3.23 0.21 441381.00 6.00 0.001 - - 2.50 0.32 552.20 120.00 4.60 113.90 0.36 3.30 0.21 451427.00 6.10 0.001 - - 2.53 0.33 563.60 120.20 4.69 113.90 0.36 3.66 0.21 461474.00 6.20 0.001 - - 2.56 0.33 575.00 120.40 4.78 113.90 0.36 3.72 0.22 471521.00 6.30 0.001 - - 2.59 0.34 586.40 120.60 4.86 113.90 0.37 3.77 0.22 481569.00 6.40 0.001 - - 2.62 0.35 597.80 120.80 4.95 113.90 0.37 3.83 0.22 491617.00 6.50 0.001 - - 2.65 0.36 609.20 121.00 5.04 114.00 0.37 3.88 0.22 491666.00 6.60 0.001 - - 2.68 0.37 620.60 121.20 5.12 114.00 0.37 3.94 0.22 501715.00 6.70 0.001 - - 2.71 0.38 632.00 121.40 5.21 114.00 0.37 3.99 0.23 511765.00 6.80 0.001 - - 2.74 0.38 643.40 121.60 5.29 114.00 0.37 4.05 0.23 521816.00 6.90 0.001 - - 2.77 0.39 654.80 121.80 5.38 114.00 0.37 4.11 0.23 531867.00 7.00 0.001 - - 2.80 0.40 666.20 122.00 5.46 114.00 0.37 4.16 0.23 541918.00 7.10 0.001 - - 2.83 0.41 677.60 122.20 5.55 114.00 0.37 4.22 0.23 54



1970.00 7.20 0.001 - - 2.86 0.42 689.00 122.40 5.63 114.10 0.37 4.27 0.24 552023.00 7.30 0.001 - - 2.89 0.43 700.40 122.60 5.71 114.10 0.37 4.33 0.24 562075.00 7.40 0.001 - - 2.92 0.43 711.80 122.80 5.80 114.10 0.37 4.38 0.24 572129.00 7.50 0.001 - - 2.94 0.44 723.20 123.00 5.88 114.10 0.37 4.44 0.24 582183.00 7.60 0.001 - - 2.97 0.45 734.60 123.20 5.96 114.10 0.37 4.49 0.24 592237.00 7.70 0.001 - - 3.00 0.46 746.00 123.40 6.05 114.10 0.37 4.55 0.24 592292.00 7.80 0.001 - - 3.03 0.47 757.50 123.60 6.13 114.20 0.38 4.60 0.25 602347.00 7.90 0.001 - - 3.05 0.48 768.90 123.80 6.21 114.20 0.38 4.66 0.25 612403.00 8.00 0.001 - - 3.08 0.48 780.30 124.00 6.29 114.20 0.38 4.72 0.25 622459.00 8.10 0.001 - - 3.11 0.49 791.70 124.20 6.38 114.20 0.38 4.77 0.25 632516.00 8.20 0.001 - - 3.13 0.50 803.10 124.40 6.46 114.20 0.38 4.83 0.25 632573.00 8.30 0.001 - - 3.16 0.51 814.60 124.60 6.54 114.20 0.38 4.88 0.25 642631.00 8.40 0.001 - - 3.19 0.52 826.00 124.80 6.62 114.20 0.38 4.94 0.25 652689.00 8.50 0.001 - - 3.21 0.53 837.40 125.00 6.70 114.30 0.38 4.99 0.26 662747.00 8.60 0.001 - - 3.24 0.53 848.80 125.20 6.78 114.30 0.38 5.05 0.26 672806.00 8.70 0.001 - - 3.26 0.54 860.30 125.40 6.86 114.30 0.38 5.10 0.26 672866.00 8.80 0.001 - - 3.29 0.55 871.70 125.60 6.94 114.30 0.38 5.16 0.26 682926.00 8.90 0.001 - - 3.31 0.56 883.10 125.80 7.02 114.30 0.38 5.22 0.26 692986.00 9.00 0.001 - - 3.34 0.57 894.60 126.00 7.10 114.30 0.38 5.27 0.26 703046.00 9.10 0.0010 - - 3.36 0.58 906.00 126.20 7.18 114.40 0.38 5.33 0.27 703108.00 9.20 0.0010 - - 3.39 0.59 917.40 126.40 7.26 114.40 0.38 5.38 0.27 713169.00 9.30 0.0010 - - 3.41 0.59 928.90 126.60 7.34 114.40 0.38 5.44 0.27 723231.00 9.40 0.0010 - - 3.44 0.60 940.30 126.80 7.42 114.40 0.38 5.50 0.27 733293.00 9.50 0.0010 - - 3.46 0.61 951.70 127.00 7.50 114.40 0.38 5.55 0.27 743356.00 9.60 0.0010 - - 3.48 0.62 963.20 127.20 7.57 114.40 0.38 5.61 0.27 743419.00 9.70 0.0010 - - 3.51 0.63 974.60 127.40 7.65 114.50 0.38 5.66 0.27 753483.00 9.80 0.0010 - - 3.53 0.64 986.10 127.60 7.73 114.50 0.38 5.72 0.28 763547.00 9.90 0.0010 - - 3.56 0.64 997.50 127.80 7.81 114.50 0.38 5.77 0.28 773611.00 10.00 0.0010 - - 3.58 0.65 1009.00 128.00 7.88 114.50 0.39 5.83 0.28 77

SELEFiume SELE

TRASPORTO SOLIDO


583.10 4.00 0.55 3 3.34E-02 6.06E-02 9.40E-02 1.21 0.92 0.00086 5.04E-01 0.02 1.47 14.98 1.55E-01616.80 4.10 0.55 3 3.68E-02 6.72E-02 1.04E-01 1.23 0.96 0.00088 5.43E-01 0.02 1.53 16.70 1.74E-01651.10 4.20 0.55 3 4.04E-02 7.42E-02 1.15E-01 1.25 1.00 0.00090 5.83E-01 0.02 1.59 18.51 1.95E-01686.20 4.30 0.55 3 4.42E-02 8.14E-02 1.26E-01 1.28 1.04 0.00091 6.24E-01 0.02 1.64 20.41 2.17E-01722.00 4.40 0.55 3 4.82E-02 8.92E-02 1.37E-01 1.30 1.08 0.00092 6.67E-01 0.02 1.70 22.43 2.40E-01758.40 4.50 0.55 3 5.24E-02 9.74E-02 1.50E-01 1.32 1.13 0.00094 7.11E-01 0.02 1.76 24.59 2.65E-01795.50 4.60 0.56 3 5.67E-02 1.06E-01 1.63E-01 1.34 1.17 0.00095 7.56E-01 0.02 1.82 26.82 2.92E-01833.30 4.70 0.56 3 6.13E-02 1.15E-01 1.76E-01 1.37 1.21 0.00096 8.04E-01 0.02 1.87 29.19 3.20E-01871.70 4.80 0.56 3 6.60E-02 1.24E-01 1.90E-01 1.39 1.25 0.00098 8.52E-01 0.02 1.93 31.67 3.49E-01910.80 4.90 0.56 3 7.09E-02 1.34E-01 2.05E-01 1.41 1.30 0.00099 9.02E-01 0.02 1.98 34.25 3.80E-01950.50 5.00 0.56 3 7.60E-02 1.44E-01 2.20E-01 1.43 1.34 0.00100 9.53E-01 0.02 2.04 36.98 4.13E-01990.80 5.10 0.56 3 8.13E-02 1.55E-01 2.36E-01 1.45 1.38 0.00101 1.01E+00 0.02 2.10 39.81 4.47E-011032.00 5.20 0.56 3 8.68E-02 1.66E-01 2.53E-01 1.47 1.42 0.00103 1.06E+00 0.02 2.15 42.75 4.82E-011073.00 5.30 0.57 3 9.24E-02 1.77E-01 2.70E-01 1.49 1.47 0.00104 1.11E+00 0.02 2.21 45.83 5.20E-011115.00 5.40 0.57 3 9.82E-02 1.89E-01 2.88E-01 1.51 1.51 0.00105 1.17E+00 0.02 2.26 49.03 5.59E-011158.00 5.50 0.57 3 1.04E-01 2.02E-01 3.06E-01 1.53 1.55 0.00106 1.23E+00 0.02 2.32 52.29 5.99E-011202.00 5.60 0.57 3 1.10E-01 2.15E-01 3.25E-01 1.55 1.60 0.00107 1.29E+00 0.02 2.37 55.73 6.42E-011245.00 5.70 0.57 3 1.17E-01 2.28E-01 3.45E-01 1.57 1.64 0.00108 1.35E+00 0.02 2.43 59.29 6.86E-011290.00 5.80 0.57 3 1.23E-01 2.41E-01 3.65E-01 1.58 1.69 0.00109 1.41E+00 0.02 2.48 62.94 7.31E-011335.00 5.90 0.57 2 1.30E-01 2.55E-01 3.86E-01 1.60 1.73 0.00110 1.47E+00 0.02 2.53 66.81 7.79E-011381.00 6.00 0.57 2 1.37E-01 2.70E-01 4.07E-01 1.62 1.77 0.00111 1.54E+00 0.02 2.59 70.73 8.28E-011427.00 6.10 0.58 2 1.44E-01 2.85E-01 4.30E-01 1.64 1.82 0.00112 1.60E+00 0.02 2.64 74.81 8.79E-011474.00 6.20 0.58 2 1.52E-01 3.01E-01 4.52E-01 1.66 1.86 0.00113 1.67E+00 0.02 2.69 78.98 9.32E-011521.00 6.30 0.58 2 1.59E-01 3.16E-01 4.76E-01 1.68 1.90 0.00114 1.74E+00 0.02 2.75 83.30 9.86E-011569.00 6.40 0.58 2 1.67E-01 3.33E-01 4.99E-01 1.69 1.95 0.00115 1.81E+00 0.01 2.80 87.67 1.04E+001617.00 6.50 0.58 2 1.74E-01 3.49E-01 5.23E-01 1.71 1.99 0.00116 1.88E+00 0.01 2.85 92.28 1.10E+001666.00 6.60 0.58 2 1.82E-01 3.66E-01 5.49E-01 1.73 2.04 0.00117 1.95E+00 0.01 2.90 96.91 1.16E+001715.00 6.70 0.58 2 1.91E-01 3.84E-01 5.74E-01 1.74 2.08 0.00118 2.02E+00 0.01 2.96 101.76 1.22E+001765.00 6.80 0.58 2 1.99E-01 4.02E-01 6.01E-01 1.76 2.12 0.00119 2.10E+00 0.01 3.01 106.71 1.28E+001816.00 6.90 0.58 2 2.08E-01 4.20E-01 6.28E-01 1.78 2.17 0.00120 2.18E+00 0.01 3.06 111.75 1.35E+001867.00 7.00 0.58 2 2.16E-01 4.39E-01 6.56E-01 1.80 2.21 0.00121 2.25E+00 0.01 3.11 116.95 1.42E+001918.00 7.10 0.59 2 2.25E-01 4.59E-01 6.84E-01 1.81 2.26 0.00122 2.33E+00 0.01 3.16 122.25 1.48E+00



1970.00 7.20 0.59 2 2.34E-01 4.78E-01 7.12E-01 1.83 2.30 0.00122 2.41E+00 0.01 3.21 127.74 1.56E+002023.00 7.30 0.59 2 2.43E-01 4.99E-01 7.42E-01 1.84 2.34 0.00123 2.49E+00 0.01 3.26 133.38 1.63E+002075.00 7.40 0.59 2 2.53E-01 5.19E-01 7.72E-01 1.86 2.39 0.00124 2.58E+00 0.01 3.32 139.09 1.70E+002129.00 7.50 0.59 2 2.62E-01 5.40E-01 8.03E-01 1.88 2.43 0.00125 2.66E+00 0.01 3.37 144.90 1.78E+002183.00 7.60 0.59 2 2.72E-01 5.61E-01 8.33E-01 1.89 2.48 0.00126 2.74E+00 0.01 3.42 150.78 1.85E+002237.00 7.70 0.59 2 2.82E-01 5.83E-01 8.65E-01 1.91 2.52 0.00127 2.83E+00 0.01 3.47 156.92 1.93E+002292.00 7.80 0.59 2 2.92E-01 6.06E-01 8.97E-01 1.92 2.57 0.00127 2.92E+00 0.01 3.52 163.18 2.02E+002347.00 7.90 0.59 2 3.02E-01 6.28E-01 9.30E-01 1.94 2.61 0.00128 3.01E+00 0.01 3.57 169.56 2.10E+002403.00 8.00 0.59 2 3.12E-01 6.52E-01 9.64E-01 1.95 2.65 0.00129 3.10E+00 0.01 3.62 176.03 2.18E+002459.00 8.10 0.59 2 3.23E-01 6.75E-01 9.98E-01 1.97 2.70 0.00130 3.19E+00 0.01 3.67 182.60 2.27E+002516.00 8.20 0.59 2 3.34E-01 6.99E-01 1.03E+00 1.98 2.74 0.00130 3.28E+00 0.01 3.72 189.30 2.36E+002573.00 8.30 0.60 2 3.44E-01 7.23E-01 1.07E+00 2.00 2.79 0.00131 3.37E+00 0.01 3.76 196.06 2.45E+002631.00 8.40 0.60 2 3.55E-01 7.48E-01 1.10E+00 2.01 2.83 0.00132 3.47E+00 0.01 3.81 203.01 2.54E+002689.00 8.50 0.60 2 3.66E-01 7.74E-01 1.14E+00 2.03 2.87 0.00133 3.57E+00 0.01 3.86 210.31 2.64E+002747.00 8.60 0.60 2 3.78E-01 7.99E-01 1.18E+00 2.04 2.92 0.00133 3.66E+00 0.01 3.91 217.61 2.73E+002806.00 8.70 0.60 2 3.89E-01 8.25E-01 1.21E+00 2.06 2.96 0.00134 3.76E+00 0.01 3.96 224.83 2.83E+002866.00 8.80 0.60 2 4.01E-01 8.52E-01 1.25E+00 2.07 3.01 0.00135 3.86E+00 0.01 4.01 232.39 2.93E+002926.00 8.90 0.60 2 4.13E-01 8.79E-01 1.29E+00 2.08 3.05 0.00135 3.96E+00 0.01 4.06 239.97 3.03E+002986.00 9.00 0.60 2 4.24E-01 9.06E-01 1.33E+00 2.10 3.09 0.00136 4.06E+00 0.01 4.10 247.61 3.13E+003046.00 9.10 0.60 2 4.36E-01 9.34E-01 1.37E+00 2.11 3.14 0.00137 4.17E+00 0.01 4.15 255.76 3.24E+003108.00 9.20 0.60 2 4.49E-01 9.62E-01 1.41E+00 2.13 3.18 0.00137 4.27E+00 0.01 4.20 263.62 3.34E+003169.00 9.30 0.60 2 4.61E-01 9.91E-01 1.45E+00 2.14 3.23 0.00138 4.38E+00 0.01 4.25 271.78 3.45E+003231.00 9.40 0.60 2 4.73E-01 1.02E+00 1.49E+00 2.15 3.27 0.00139 4.48E+00 0.01 4.29 279.88 3.56E+003293.00 9.50 0.60 2 4.86E-01 1.05E+00 1.53E+00 2.17 3.31 0.00139 4.59E+00 0.01 4.34 288.25 3.67E+003356.00 9.60 0.60 2 4.99E-01 1.08E+00 1.58E+00 2.18 3.36 0.00140 4.70E+00 0.01 4.39 296.65 3.79E+003419.00 9.70 0.60 2 5.11E-01 1.11E+00 1.62E+00 2.19 3.40 0.00141 4.81E+00 0.01 4.44 305.53 3.91E+003483.00 9.80 0.60 2 5.25E-01 1.14E+00 1.66E+00 2.21 3.44 0.00141 4.92E+00 0.01 4.48 314.18 4.02E+003547.00 9.90 0.61 2 5.38E-01 1.17E+00 1.71E+00 2.22 3.49 0.00142 5.03E+00 0.01 4.53 322.96 4.14E+003611.00 10.00 0.61 2 5.51E-01 1.20E+00 1.75E+00 2.23 3.53 0.00143 5.15E+00 0.01 4.58 331.96 4.26E+00


Fiume SELE

van Rijn Ackers-White Engelundα 4.06E-06 0.000156339 1.83543E-06

S_Alb. 1.787 -2.725 14.531 78.902 β 1.589 1.271 1.796Qc 0.000 m3/s Wst 179578 1299728 254526W l 2.E+09 m3 Wst/Wl 8.2E-05 0.000593335 0.000116193

Q medsez. a b q 0


1.00

10.00

100.00

1000.00

0 30 60 90 120 150 180 210 240 270 300 330 360

giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360

giorni

Tras

port

o ad

imen

sion

aliz

zato




Q d S_AlbVOLUME m3





VOLUME m3



54 0.148 -1.047 143.703 113.384 53.852 645 5514 77655 0.150 -1.035 141.757 111.849 54.850 631 5420 75756 0.153 -1.024 139.864 110.356 55.847 618 5328 73957 0.156 -1.012 138.021 108.901 56.844 605 5239 72258 0.158 -1.001 136.225 107.484 57.842 593 5152 70559 0.161 -0.990 134.475 106.104 58.839 581 5068 68960 0.164 -0.978 132.770 104.758 59.836 569 4987 67361 0.167 -0.967 131.106 103.446 60.833 558 4907 65862 0.169 -0.957 129.483 102.165 61.831 547 4830 64463 0.172 -0.946 127.900 100.915 62.828 536 4755 63064 0.175 -0.935 126.353 99.695 63.825 526 4682 61665 0.178 -0.925 124.843 98.503 64.822 516 4611 60366 0.180 -0.914 123.367 97.339 65.820 506 4542 59067 0.183 -0.904 121.925 96.201 66.817 497 4475 57868 0.186 -0.894 120.514 95.088 67.814 488 4409 56669 0.189 -0.883 119.135 94.000 68.811 479 4345 55470 0.191 -0.873 117.786 92.936 69.809 470 4283 54371 0.194 -0.863 116.466 91.894 70.806 462 4222 53272 0.197 -0.853 115.174 90.875 71.803 454 4162 52273 0.199 -0.844 113.909 89.877 72.801 446 4104 51174 0.202 -0.834 112.670 88.899 73.798 438 4048 50175 0.205 -0.824 111.456 87.941 74.795 431 3992 49276 0.208 -0.815 110.267 87.003 75.792 424 3938 48277 0.210 -0.805 109.101 86.083 76.790 416 3886 47378 0.213 -0.796 107.958 85.181 77.787 410 3834 46479 0.216 -0.786 106.837 84.297 78.784 403 3783 45680 0.219 -0.777 105.738 83.430 79.781 396 3734 44781 0.221 -0.768 104.660 82.579 80.779 390 3686 43982 0.224 -0.759 103.602 81.744 81.776 384 3638 43183 0.227 -0.750 102.563 80.924 82.773 377 3592 42484 0.230 -0.740 101.544 80.120 83.770 372 3547 41685 0.232 -0.731 100.542 79.330 84.768 366 3502 40986 0.235 -0.723 99.559 78.554 85.765 360 3459 40187 0.238 -0.714 98.594 77.792 86.762 355 3416 39588 0.240 -0.705 97.645 77.044 87.760 349 3375 38889 0.243 -0.696 96.712 76.308 88.757 344 3334 38190 0.246 -0.687 95.796 75.585 89.754 339 3294 37591 0.249 -0.679 94.895 74.874 90.751 334 3254 36892 0.251 -0.670 94.010 74.176 91.749 329 3216 36293 0.254 -0.662 93.139 73.489 92.746 324 3178 35694 0.257 -0.653 92.283 72.813 93.743 319 3141 35095 0.260 -0.645 91.440 72.148 94.740 315 3105 34596 0.262 -0.636 90.611 71.494 95.738 310 3069 33997 0.265 -0.628 89.796 70.851 96.735 306 3034 33498 0.268 -0.620 88.993 70.217 97.732 301 2999 32899 0.270 -0.611 88.203 69.594 98.730 297 2966 323

100 0.273 -0.603 87.425 68.980 99.727 293 2932 318101 0.276 -0.595 86.659 68.376 100.724 289 2900 313102 0.279 -0.587 85.905 67.781 101.721 285 2868 308103 0.281 -0.579 85.163 67.195 102.719 281 2836 303104 0.284 -0.571 84.431 66.618 103.716 277 2805 299105 0.287 -0.563 83.711 66.049 104.713 273 2775 294106 0.290 -0.555 83.001 65.489 105.710 270 2745 290



VOLUME m3



107 0.292 -0.547 82.301 64.937 106.708 266 2716 285108 0.295 -0.539 81.612 64.393 107.705 263 2687 281109 0.298 -0.531 80.932 63.857 108.702 259 2658 277110 0.301 -0.523 80.262 63.328 109.699 256 2630 273111 0.303 -0.515 79.602 62.807 110.697 252 2603 269112 0.306 -0.507 78.951 62.294 111.694 249 2576 265113 0.309 -0.499 78.308 61.787 112.691 246 2549 261114 0.311 -0.492 77.675 61.287 113.689 243 2523 257115 0.314 -0.484 77.050 60.794 114.686 240 2497 253116 0.317 -0.476 76.434 60.308 115.683 237 2472 250117 0.320 -0.469 75.826 59.829 116.680 234 2447 246118 0.322 -0.461 75.227 59.355 117.678 231 2423 243119 0.325 -0.453 74.635 58.888 118.675 228 2398 239120 0.328 -0.446 74.051 58.428 119.672 225 2375 236121 0.331 -0.438 73.474 57.973 120.669 222 2351 233122 0.333 -0.431 72.905 57.524 121.667 219 2328 229123 0.336 -0.423 72.344 57.081 122.664 217 2305 226124 0.339 -0.416 71.789 56.643 123.661 214 2283 223125 0.342 -0.408 71.242 56.211 124.658 212 2261 220126 0.344 -0.401 70.701 55.785 125.656 209 2239 217127 0.347 -0.393 70.167 55.363 126.653 206 2217 214128 0.350 -0.386 69.640 54.947 127.650 204 2196 211129 0.352 -0.379 69.119 54.536 128.648 202 2175 208130 0.355 -0.371 68.605 54.130 129.645 199 2155 206131 0.358 -0.364 68.096 53.729 130.642 197 2135 203132 0.361 -0.357 67.594 53.333 131.639 195 2115 200133 0.363 -0.349 67.098 52.942 132.637 192 2095 198134 0.366 -0.342 66.608 52.555 133.634 190 2075 195135 0.369 -0.335 66.123 52.173 134.631 188 2056 193136 0.372 -0.328 65.644 51.795 135.628 186 2037 190137 0.374 -0.320 65.171 51.421 136.626 184 2019 188138 0.377 -0.313 64.703 51.052 137.623 182 2000 185139 0.380 -0.306 64.241 50.687 138.620 179 1982 183140 0.383 -0.299 63.784 50.327 139.617 177 1964 180141 0.385 -0.292 63.332 49.970 140.615 175 1947 178142 0.388 -0.285 62.885 49.617 141.612 173 1929 176143 0.391 -0.277 62.443 49.269 142.609 172 1912 174144 0.393 -0.270 62.006 48.924 143.607 170 1895 172145 0.396 -0.263 61.574 48.583 144.604 168 1878 169146 0.399 -0.256 61.146 48.246 145.601 166 1862 167147 0.402 -0.249 60.723 47.912 146.598 164 1845 165148 0.404 -0.242 60.305 47.582 147.596 162 1829 163149 0.407 -0.235 59.891 47.255 148.593 161 1813 161150 0.410 -0.228 59.482 46.932 149.590 159 1798 159151 0.413 -0.221 59.077 46.613 150.587 157 1782 157152 0.415 -0.214 58.676 46.297 151.585 155 1767 155153 0.418 -0.207 58.280 45.984 152.582 154 1751 153154 0.421 -0.200 57.887 45.674 153.579 152 1736 152155 0.423 -0.193 57.499 45.368 154.577 150 1722 150156 0.426 -0.186 57.114 45.064 155.574 149 1707 148157 0.429 -0.179 56.734 44.764 156.571 147 1693 146158 0.432 -0.172 56.357 44.467 157.568 146 1678 145159 0.434 -0.165 55.985 44.173 158.566 144 1664 143



VOLUME m3



160 0.437 -0.158 55.615 43.882 159.563 143 1650 141161 0.440 -0.151 55.250 43.593 160.560 141 1637 139162 0.443 -0.144 54.888 43.308 161.557 140 1623 138163 0.445 -0.137 54.530 43.025 162.555 138 1610 136164 0.448 -0.130 54.176 42.746 163.552 137 1596 135165 0.451 -0.124 53.824 42.469 164.549 135 1583 133166 0.454 -0.117 53.477 42.194 165.546 134 1570 132167 0.456 -0.110 53.132 41.922 166.544 133 1557 130168 0.459 -0.103 52.791 41.653 167.541 131 1545 128169 0.462 -0.096 52.453 41.387 168.538 130 1532 127170 0.464 -0.089 52.119 41.123 169.536 129 1520 126171 0.467 -0.082 51.787 40.861 170.533 127 1507 124172 0.470 -0.075 51.459 40.602 171.530 126 1495 123173 0.473 -0.069 51.133 40.345 172.527 125 1483 121174 0.475 -0.062 50.811 40.091 173.525 124 1471 120175 0.478 -0.055 50.492 39.839 174.522 122 1460 119176 0.481 -0.048 50.175 39.589 175.519 121 1448 117177 0.484 -0.041 49.862 39.342 176.516 120 1437 116178 0.486 -0.034 49.551 39.097 177.514 119 1425 115179 0.489 -0.027 49.243 38.854 178.511 118 1414 113180 0.492 -0.021 48.938 38.613 179.508 116 1403 112181 0.495 -0.014 48.636 38.375 180.505 115 1392 111182 0.497 -0.007 48.336 38.138 181.503 114 1381 110183 0.500 0.000 48.039 37.904 182.500 113 1370 108184 0.503 0.007 47.744 37.671 183.497 112 1359 107185 0.505 0.014 47.453 37.441 184.495 111 1349 106186 0.508 0.021 47.163 37.213 185.492 110 1338 105187 0.511 0.027 46.876 36.986 186.489 109 1328 104188 0.514 0.034 46.592 36.762 187.486 108 1318 103189 0.516 0.041 46.310 36.540 188.484 107 1308 102190 0.519 0.048 46.031 36.319 189.481 106 1298 100191 0.522 0.055 45.753 36.100 190.478 105 1288 99192 0.525 0.062 45.479 35.884 191.475 104 1278 98193 0.527 0.069 45.206 35.669 192.473 103 1268 97194 0.530 0.075 44.936 35.455 193.470 102 1259 96195 0.533 0.082 44.668 35.244 194.467 101 1249 95196 0.536 0.089 44.402 35.034 195.464 100 1240 94197 0.538 0.096 44.138 34.826 196.462 99 1230 93198 0.541 0.103 43.877 34.620 197.459 98 1221 92199 0.544 0.110 43.618 34.415 198.456 97 1212 91200 0.546 0.117 43.360 34.212 199.454 96 1203 90201 0.549 0.124 43.105 34.011 200.451 95 1194 89202 0.552 0.130 42.852 33.811 201.448 94 1185 88203 0.555 0.137 42.601 33.613 202.445 93 1176 87204 0.557 0.144 42.352 33.417 203.443 93 1167 87205 0.560 0.151 42.105 33.222 204.440 92 1159 86206 0.563 0.158 41.860 33.028 205.437 91 1150 85207 0.566 0.165 41.616 32.836 206.434 90 1142 84208 0.568 0.172 41.375 32.646 207.432 89 1133 83209 0.571 0.179 41.135 32.457 208.429 88 1125 82210 0.574 0.186 40.898 32.269 209.426 88 1117 81211 0.577 0.193 40.662 32.083 210.423 87 1109 80212 0.579 0.200 40.428 31.898 211.421 86 1100 80



VOLUME m3



213 0.582 0.207 40.195 31.715 212.418 85 1092 79214 0.585 0.214 39.965 31.533 213.415 84 1084 78215 0.587 0.221 39.736 31.353 214.413 84 1077 77216 0.590 0.228 39.509 31.173 215.410 83 1069 76217 0.593 0.235 39.284 30.995 216.407 82 1061 76218 0.596 0.242 39.060 30.819 217.404 81 1053 75219 0.598 0.249 38.838 30.644 218.402 81 1046 74220 0.601 0.256 38.617 30.470 219.399 80 1038 73221 0.604 0.263 38.398 30.297 220.396 79 1031 73222 0.607 0.270 38.181 30.126 221.393 79 1023 72223 0.609 0.277 37.965 29.955 222.391 78 1016 71224 0.612 0.285 37.751 29.786 223.388 77 1009 70225 0.615 0.292 37.538 29.619 224.385 76 1001 70226 0.617 0.299 37.327 29.452 225.383 76 994 69227 0.620 0.306 37.118 29.287 226.380 75 987 68228 0.623 0.313 36.909 29.122 227.377 74 980 68229 0.626 0.320 36.703 28.959 228.374 74 973 67230 0.628 0.328 36.497 28.797 229.372 73 966 66231 0.631 0.335 36.294 28.636 230.369 72 959 66232 0.634 0.342 36.091 28.477 231.366 72 953 65233 0.637 0.349 35.890 28.318 232.363 71 946 64234 0.639 0.357 35.690 28.160 233.361 71 939 64235 0.642 0.364 35.492 28.004 234.358 70 933 63236 0.645 0.371 35.295 27.848 235.355 69 926 62237 0.648 0.379 35.099 27.694 236.352 69 920 62238 0.650 0.386 34.905 27.541 237.350 68 913 61239 0.653 0.393 34.712 27.388 238.347 67 907 61240 0.656 0.401 34.520 27.237 239.344 67 900 60241 0.658 0.408 34.329 27.087 240.342 66 894 59242 0.661 0.416 34.140 26.937 241.339 66 888 59243 0.664 0.423 33.952 26.789 242.336 65 881 58244 0.667 0.431 33.765 26.641 243.333 65 875 58245 0.669 0.438 33.580 26.495 244.331 64 869 57246 0.672 0.446 33.395 26.349 245.328 63 863 56247 0.675 0.453 33.212 26.205 246.325 63 857 56248 0.678 0.461 33.030 26.061 247.322 62 851 55249 0.680 0.469 32.849 25.918 248.320 62 845 55250 0.683 0.476 32.669 25.776 249.317 61 839 54251 0.686 0.484 32.490 25.635 250.314 61 834 54252 0.689 0.492 32.312 25.495 251.311 60 828 53253 0.691 0.499 32.136 25.356 252.309 60 822 53254 0.694 0.507 31.960 25.217 253.306 59 816 52255 0.697 0.515 31.786 25.080 254.303 59 811 52256 0.699 0.523 31.612 24.943 255.301 58 805 51257 0.702 0.531 31.440 24.807 256.298 58 799 51258 0.705 0.539 31.269 24.672 257.295 57 794 50259 0.708 0.547 31.099 24.537 258.292 57 788 50260 0.710 0.555 30.929 24.404 259.290 56 783 49261 0.713 0.563 30.761 24.271 260.287 56 778 49262 0.716 0.571 30.594 24.139 261.284 55 772 48263 0.719 0.579 30.427 24.008 262.281 55 767 48264 0.721 0.587 30.262 23.877 263.279 54 762 47265 0.724 0.595 30.097 23.748 264.276 54 756 47



VOLUME m3



266 0.727 0.603 29.934 23.619 265.273 53 751 46267 0.730 0.611 29.771 23.490 266.270 53 746 46268 0.732 0.620 29.610 23.363 267.268 52 741 45269 0.735 0.628 29.449 23.236 268.265 52 736 45270 0.738 0.636 29.289 23.110 269.262 52 731 45271 0.740 0.645 29.130 22.984 270.260 51 726 44272 0.743 0.653 28.972 22.859 271.257 51 721 44273 0.746 0.662 28.814 22.735 272.254 50 716 43274 0.749 0.670 28.658 22.612 273.251 50 711 43275 0.751 0.679 28.502 22.489 274.249 49 706 42276 0.754 0.687 28.347 22.367 275.246 49 701 42277 0.757 0.696 28.193 22.245 276.243 48 696 42278 0.760 0.705 28.040 22.124 277.240 48 691 41279 0.762 0.714 27.888 22.004 278.238 48 686 41280 0.765 0.723 27.736 21.884 279.235 47 682 40281 0.768 0.731 27.585 21.765 280.232 47 677 40282 0.770 0.740 27.435 21.647 281.230 46 672 40283 0.773 0.750 27.285 21.529 282.227 46 668 39284 0.776 0.759 27.137 21.411 283.224 46 663 39285 0.779 0.768 26.989 21.295 284.221 45 658 39286 0.781 0.777 26.841 21.178 285.219 45 654 38287 0.784 0.786 26.695 21.063 286.216 44 649 38288 0.787 0.796 26.549 20.948 287.213 44 645 37289 0.790 0.805 26.404 20.833 288.210 44 640 37290 0.792 0.815 26.259 20.719 289.208 43 636 37291 0.795 0.824 26.115 20.605 290.205 43 632 36292 0.798 0.834 25.972 20.492 291.202 43 627 36293 0.801 0.844 25.829 20.380 292.199 42 623 36294 0.803 0.853 25.687 20.268 293.197 42 618 35295 0.806 0.863 25.546 20.156 294.194 41 614 35296 0.809 0.873 25.405 20.045 295.191 41 610 35297 0.811 0.883 25.265 19.934 296.189 41 605 34298 0.814 0.894 25.125 19.824 297.186 40 601 34299 0.817 0.904 24.986 19.714 298.183 40 597 34300 0.820 0.914 24.847 19.605 299.180 40 593 33301 0.822 0.925 24.709 19.496 300.178 39 589 33302 0.825 0.935 24.572 19.388 301.175 39 584 33303 0.828 0.946 24.435 19.280 302.172 39 580 32304 0.831 0.957 24.299 19.172 303.169 38 576 32305 0.833 0.967 24.163 19.065 304.167 38 572 32306 0.836 0.978 24.027 18.958 305.164 38 568 31307 0.839 0.990 23.892 18.851 306.161 37 564 31308 0.842 1.001 23.757 18.745 307.158 37 560 31309 0.844 1.012 23.623 18.639 308.156 37 556 30310 0.847 1.024 23.490 18.534 309.153 36 552 30311 0.850 1.035 23.356 18.429 310.150 36 548 30312 0.852 1.047 23.223 18.324 311.148 36 544 29313 0.855 1.059 23.091 18.219 312.145 35 540 29314 0.858 1.071 22.959 18.115 313.142 35 536 29315 0.861 1.083 22.827 18.011 314.139 35 532 29316 0.863 1.096 22.695 17.907 315.137 34 528 28317 0.866 1.108 22.564 17.804 316.134 34 524 28318 0.869 1.121 22.433 17.700 317.131 34 521 28



VOLUME m3



319 0.872 1.134 22.303 17.597 318.128 33 517 27320 0.874 1.147 22.172 17.494 319.126 33 513 27321 0.877 1.160 22.042 17.392 320.123 33 509 27322 0.880 1.174 21.912 17.289 321.120 32 505 26323 0.883 1.188 21.783 17.187 322.117 32 501 26324 0.885 1.202 21.653 17.085 323.115 32 498 26325 0.888 1.216 21.524 16.983 324.112 32 494 26326 0.891 1.230 21.395 16.881 325.109 31 490 25327 0.893 1.245 21.266 16.779 326.107 31 486 25328 0.896 1.260 21.137 16.677 327.104 31 483 25329 0.899 1.275 21.008 16.576 328.101 30 479 25330 0.902 1.291 20.879 16.474 329.098 30 475 24331 0.904 1.307 20.750 16.372 330.096 30 471 24332 0.907 1.323 20.621 16.270 331.093 29 468 24333 0.910 1.340 20.492 16.169 332.090 29 464 23334 0.913 1.357 20.363 16.067 333.087 29 460 23335 0.915 1.374 20.234 15.965 334.085 29 457 23336 0.918 1.392 20.104 15.863 335.082 28 453 23337 0.921 1.410 19.974 15.760 336.079 28 449 22338 0.923 1.429 19.844 15.658 337.077 28 445 22339 0.926 1.448 19.714 15.555 338.074 27 442 22340 0.929 1.468 19.583 15.452 339.071 27 438 22341 0.932 1.489 19.452 15.348 340.068 27 434 21342 0.934 1.510 19.320 15.244 341.066 27 431 21343 0.937 1.531 19.188 15.140 342.063 26 427 21344 0.940 1.554 19.055 15.034 343.060 26 423 21345 0.943 1.577 18.921 14.929 344.057 26 419 20346 0.945 1.601 18.786 14.822 345.055 25 416 20347 0.948 1.627 18.650 14.715 346.052 25 412 20348 0.951 1.653 18.513 14.607 347.049 25 408 20349 0.954 1.680 18.374 14.498 348.046 25 404 19350 0.956 1.709 18.234 14.387 349.044 24 400 19351 0.959 1.739 18.093 14.276 350.041 24 396 19352 0.962 1.771 17.949 14.162 351.038 24 392 19353 0.964 1.805 17.803 14.047 352.036 23 388 18354 0.967 1.841 17.654 13.930 353.033 23 384 18355 0.970 1.880 17.502 13.810 354.030 23 380 18356 0.973 1.922 17.347 13.687 355.027 22 375 17357 0.975 1.967 17.187 13.561 356.025 22 371 17358 0.978 2.017 17.022 13.431 357.022 22 367 17359 0.981 2.072 16.851 13.296 358.019 21 362 17360 0.984 2.135 16.671 13.154 359.016 21 357 16361 0.986 2.207 16.481 13.004 360.014 21 352 16362 0.989 2.293 16.277 12.843 361.011 20 346 16363 0.992 2.400 16.051 12.665 362.008 20 340 15364 0.995 2.545 15.792 12.461 363.005 19 333 15365 0.997 2.778 15.465 12.202 364.003 19 324 14


IDRAULICA

Κστ 27S= 0.0028g= 9.81


1.34 1.67


Dgr= 25.270n= 0.215A= 0.186m= 1.722C= 0.033



y = 0.0007x1.1929

R2 = 0.9997

y = 9E-05x1.442

R2 = 0.9969

y = 8E-06x2.2725

R2 = 0.9446

0.00

0.02

0.04

0.06

0.08

0.10

0.12

0.14

0.16

0.18

0 10 20 30 40 50 60 70 80 90


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16


IDRAULICA


3.78 0.50 0.003 0.035 8.00 0.89 0.04 4.25 9.41 0.45 9.00 0.41 0.28 0.11 124.43 0.55 0.003 0.035 8.00 0.94 0.05 4.70 9.56 0.49 9.10 0.42 0.31 0.12 145.12 0.60 0.003 0.035 8.00 0.99 0.05 5.16 9.70 0.53 9.20 0.42 0.34 0.12 155.85 0.65 0.003 0.035 8.00 1.04 0.06 5.62 9.84 0.57 9.30 0.43 0.37 0.13 166.62 0.70 0.003 0.035 8.00 1.09 0.06 6.09 9.98 0.61 9.40 0.43 0.40 0.13 177.43 0.75 0.003 0.035 8.00 1.13 0.07 6.56 10.12 0.65 9.50 0.44 0.44 0.13 188.28 0.80 0.003 0.035 8.00 1.18 0.07 7.04 10.26 0.69 9.60 0.44 0.47 0.14 199.16 0.85 0.003 0.035 8.00 1.22 0.08 7.52 10.40 0.72 9.70 0.44 0.50 0.14 2010.08 0.90 0.003 0.035 8.00 1.26 0.08 8.01 10.55 0.76 9.80 0.44 0.53 0.14 2111.04 0.95 0.003 0.035 8.00 1.30 0.09 8.50 10.69 0.80 9.90 0.45 0.57 0.15 2212.03 1.00 0.003 0.035 8.00 1.34 0.09 9.00 10.83 0.83 10.00 0.45 0.60 0.15 2313.05 1.05 0.003 0.035 8.00 1.37 0.10 9.50 10.97 0.87 10.10 0.45 0.63 0.15 2414.12 1.10 0.003 0.035 8.00 1.41 0.10 10.01 11.11 0.90 10.20 0.45 0.66 0.16 2515.21 1.15 0.003 0.035 8.00 1.45 0.11 10.52 11.25 0.94 10.30 0.46 0.70 0.16 2616.34 1.20 0.003 0.035 8.00 1.48 0.11 11.04 11.39 0.97 10.40 0.46 0.73 0.16 2717.51 1.25 0.003 0.035 8.00 1.51 0.12 11.56 11.54 1.00 10.50 0.46 0.76 0.17 2818.71 1.30 0.003 0.035 8.00 1.55 0.12 12.09 11.68 1.04 10.60 0.46 0.80 0.17 2819.94 1.35 0.003 0.035 8.00 1.58 0.13 12.62 11.82 1.07 10.70 0.46 0.83 0.17 2921.21 1.40 0.003 0.035 8.00 1.61 0.13 13.16 11.96 1.10 10.80 0.47 0.86 0.17 3022.51 1.45 0.003 0.035 8.00 1.64 0.14 13.70 12.10 1.13 10.90 0.47 0.90 0.18 3123.84 1.50 0.003 0.035 8.00 1.67 0.14 14.25 12.24 1.16 11.00 0.47 0.93 0.18 3225.21 1.55 0.003 0.035 8.00 1.70 0.15 14.80 12.38 1.20 11.10 0.47 0.96 0.18 3326.61 1.60 0.003 0.035 8.00 1.73 0.15 15.36 12.53 1.23 11.20 0.47 1.00 0.18 3428.04 1.65 0.003 0.035 8.00 1.76 0.16 15.92 12.67 1.26 11.30 0.47 1.03 0.19 3529.50 1.70 0.003 0.035 8.00 1.79 0.16 16.49 12.81 1.29 11.40 0.48 1.06 0.19 3531.00 1.75 0.003 0.035 8.00 1.82 0.17 17.06 12.95 1.32 11.50 0.48 1.10 0.19 3632.54 1.80 0.003 0.035 8.00 1.84 0.17 17.64 13.09 1.35 11.60 0.48 1.13 0.19 3734.10 1.85 0.003 0.035 8.00 1.87 0.18 18.22 13.23 1.38 11.70 0.48 1.17 0.19 3835.70 1.90 0.003 0.035 8.00 1.90 0.18 18.81 13.37 1.41 11.80 0.48 1.20 0.20 3937.33 1.95 0.003 0.035 8.00 1.92 0.19 19.40 13.52 1.44 11.90 0.48 1.24 0.20 3938.99 2.00 0.003 0.035 8.00 1.95 0.19 20.00 13.66 1.46 12.00 0.48 1.27 0.20 4040.69 2.05 0.003 0.035 8.00 1.98 0.20 20.60 13.80 1.49 12.10 0.48 1.31 0.20 41



42.42 2.10 0.003 0.035 8.00 2.00 0.20 21.21 13.94 1.52 12.20 0.48 1.34 0.20 4244.18 2.15 0.003 0.035 8.00 2.03 0.21 21.82 14.08 1.55 12.30 0.49 1.37 0.21 4345.98 2.20 0.003 0.035 8.00 2.05 0.21 22.44 14.22 1.58 12.40 0.49 1.41 0.21 4347.81 2.25 0.003 0.035 8.00 2.07 0.22 23.06 14.36 1.61 12.50 0.49 1.44 0.21 4449.67 2.30 0.003 0.035 8.00 2.10 0.22 23.69 14.51 1.63 12.60 0.49 1.48 0.21 4551.57 2.35 0.003 0.035 8.00 2.12 0.23 24.32 14.65 1.66 12.70 0.49 1.51 0.21 4653.49 2.40 0.003 0.035 8.00 2.14 0.23 24.96 14.79 1.69 12.80 0.49 1.55 0.22 4655.46 2.45 0.003 0.035 8.00 2.17 0.24 25.60 14.93 1.72 12.90 0.49 1.58 0.22 4757.45 2.50 0.003 0.035 8.00 2.19 0.24 26.25 15.07 1.74 13.00 0.49 1.62 0.22 4859.48 2.55 0.003 0.035 8.00 2.21 0.25 26.90 15.21 1.77 13.10 0.49 1.66 0.22 4961.54 2.60 0.003 0.035 8.00 2.23 0.25 27.56 15.35 1.80 13.20 0.49 1.69 0.22 4963.64 2.65 0.003 0.035 8.00 2.26 0.26 28.22 15.50 1.82 13.30 0.49 1.73 0.22 5065.76 2.70 0.003 0.035 8.00 2.28 0.26 28.89 15.64 1.85 13.40 0.50 1.76 0.23 5167.93 2.75 0.003 0.035 8.00 2.30 0.27 29.56 15.78 1.87 13.50 0.50 1.80 0.23 5170.12 2.80 0.003 0.035 8.00 2.32 0.27 30.24 15.92 1.90 13.60 0.50 1.83 0.23 5272.35 2.85 0.003 0.035 8.00 2.34 0.28 30.92 16.06 1.93 13.70 0.50 1.87 0.23 5374.62 2.90 0.003 0.035 8.00 2.36 0.28 31.61 16.20 1.95 13.80 0.50 1.90 0.23 5476.91 2.95 0.003 0.035 8.00 2.38 0.29 32.30 16.34 1.98 13.90 0.50 1.94 0.23 5479.24 3.00 0.003 0.035 8.00 2.40 0.29 33.00 16.49 2.00 14.00 0.50 1.98 0.23 55

C.dur.-Tusciano

Fiume Tusciano



Q medsez. a b q 0


0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Tusciano


VOLUME m3



Q d S_Alb

C.dur.-Tusciano




Q d S_Alb

54 0.148 -1.047 143.805 7.185 53.852 137 641 5955 0.150 -1.035 141.832 7.086 54.850 135 631 5756 0.153 -1.024 139.913 6.991 55.847 132 621 5557 0.156 -1.012 138.045 6.897 56.844 129 611 5358 0.158 -1.001 136.225 6.806 57.842 127 601 5259 0.161 -0.990 134.452 6.718 58.839 125 592 5060 0.164 -0.978 132.724 6.631 59.836 122 583 4961 0.167 -0.967 131.038 6.547 60.833 120 574 4762 0.169 -0.957 129.395 6.465 61.831 118 565 4663 0.172 -0.946 127.790 6.385 62.828 116 557 4564 0.175 -0.935 126.224 6.307 63.825 114 549 4465 0.178 -0.925 124.695 6.230 64.822 112 541 4266 0.180 -0.914 123.201 6.156 65.820 110 533 4167 0.183 -0.904 121.740 6.083 66.817 108 526 4068 0.186 -0.894 120.313 6.011 67.814 106 518 3969 0.189 -0.883 118.917 5.942 68.811 104 511 3870 0.191 -0.873 117.552 5.873 69.809 103 504 3771 0.194 -0.863 116.216 5.807 70.806 101 497 3672 0.197 -0.853 114.909 5.741 71.803 99 491 3573 0.199 -0.844 113.629 5.677 72.801 98 484 3474 0.202 -0.834 112.376 5.615 73.798 96 478 3375 0.205 -0.824 111.148 5.553 74.795 95 472 3376 0.208 -0.815 109.945 5.493 75.792 93 466 3277 0.210 -0.805 108.766 5.434 76.790 92 460 3178 0.213 -0.796 107.611 5.377 77.787 90 454 3079 0.216 -0.786 106.478 5.320 78.784 89 448 3080 0.219 -0.777 105.366 5.264 79.781 88 443 2981 0.221 -0.768 104.276 5.210 80.779 86 437 2882 0.224 -0.759 103.207 5.157 81.776 85 432 2883 0.227 -0.750 102.157 5.104 82.773 84 426 2784 0.230 -0.740 101.127 5.053 83.770 83 421 2685 0.232 -0.731 100.116 5.002 84.768 81 416 2686 0.235 -0.723 99.123 4.952 85.765 80 411 2587 0.238 -0.714 98.147 4.904 86.762 79 407 2588 0.240 -0.705 97.189 4.856 87.760 78 402 2489 0.243 -0.696 96.247 4.809 88.757 77 397 2490 0.246 -0.687 95.322 4.763 89.754 76 393 2391 0.249 -0.679 94.412 4.717 90.751 75 388 2392 0.251 -0.670 93.518 4.672 91.749 74 384 2293 0.254 -0.662 92.639 4.629 92.746 73 380 2294 0.257 -0.653 91.774 4.585 93.743 72 375 2195 0.260 -0.645 90.924 4.543 94.740 71 371 2196 0.262 -0.636 90.087 4.501 95.738 70 367 2097 0.265 -0.628 89.264 4.460 96.735 69 363 2098 0.268 -0.620 88.454 4.419 97.732 68 359 1999 0.270 -0.611 87.657 4.380 98.730 67 355 19

100 0.273 -0.603 86.873 4.340 99.727 66 351 19101 0.276 -0.595 86.100 4.302 100.724 66 348 18102 0.279 -0.587 85.339 4.264 101.721 65 344 18103 0.281 -0.579 84.590 4.226 102.719 64 341 18104 0.284 -0.571 83.853 4.190 103.716 63 337 17105 0.287 -0.563 83.126 4.153 104.713 62 333 17106 0.290 -0.555 82.410 4.117 105.710 62 330 17

C.dur.-Tusciano




Q d S_Alb

107 0.292 -0.547 81.705 4.082 106.708 61 327 16108 0.295 -0.539 81.010 4.048 107.705 60 323 16109 0.298 -0.531 80.325 4.013 108.702 59 320 16110 0.301 -0.523 79.649 3.980 109.699 59 317 15111 0.303 -0.515 78.984 3.946 110.697 58 314 15112 0.306 -0.507 78.328 3.914 111.694 57 311 15113 0.309 -0.499 77.680 3.881 112.691 57 308 14114 0.311 -0.492 77.042 3.849 113.689 56 305 14115 0.314 -0.484 76.413 3.818 114.686 55 302 14116 0.317 -0.476 75.792 3.787 115.683 55 299 14117 0.320 -0.469 75.180 3.756 116.680 54 296 13118 0.322 -0.461 74.576 3.726 117.678 53 293 13119 0.325 -0.453 73.980 3.696 118.675 53 290 13120 0.328 -0.446 73.392 3.667 119.672 52 287 13121 0.331 -0.438 72.811 3.638 120.669 51 285 12122 0.333 -0.431 72.238 3.609 121.667 51 282 12123 0.336 -0.423 71.673 3.581 122.664 50 279 12124 0.339 -0.416 71.114 3.553 123.661 50 277 12125 0.342 -0.408 70.563 3.526 124.658 49 274 12126 0.344 -0.401 70.019 3.498 125.656 49 272 11127 0.347 -0.393 69.482 3.472 126.653 48 269 11128 0.350 -0.386 68.951 3.445 127.650 48 267 11129 0.352 -0.379 68.427 3.419 128.648 47 264 11130 0.355 -0.371 67.909 3.393 129.645 47 262 11131 0.358 -0.364 67.398 3.367 130.642 46 260 10132 0.361 -0.357 66.893 3.342 131.639 46 257 10133 0.363 -0.349 66.394 3.317 132.637 45 255 10134 0.366 -0.342 65.900 3.293 133.634 45 253 10135 0.369 -0.335 65.413 3.268 134.631 44 251 10136 0.372 -0.328 64.932 3.244 135.628 44 248 10137 0.374 -0.320 64.456 3.220 136.626 43 246 9138 0.377 -0.313 63.985 3.197 137.623 43 244 9139 0.380 -0.306 63.520 3.174 138.620 42 242 9140 0.383 -0.299 63.061 3.151 139.617 42 240 9141 0.385 -0.292 62.606 3.128 140.615 41 238 9142 0.388 -0.285 62.157 3.106 141.612 41 236 9143 0.391 -0.277 61.713 3.083 142.609 41 234 9144 0.393 -0.270 61.273 3.061 143.607 40 232 8145 0.396 -0.263 60.839 3.040 144.604 40 230 8146 0.399 -0.256 60.410 3.018 145.601 39 228 8147 0.402 -0.249 59.985 2.997 146.598 39 226 8148 0.404 -0.242 59.564 2.976 147.596 39 224 8149 0.407 -0.235 59.149 2.955 148.593 38 222 8150 0.410 -0.228 58.737 2.935 149.590 38 220 8151 0.413 -0.221 58.331 2.914 150.587 37 219 8152 0.415 -0.214 57.928 2.894 151.585 37 217 7153 0.418 -0.207 57.530 2.874 152.582 37 215 7154 0.421 -0.200 57.136 2.855 153.579 36 213 7155 0.423 -0.193 56.746 2.835 154.577 36 211 7156 0.426 -0.186 56.360 2.816 155.574 36 210 7157 0.429 -0.179 55.978 2.797 156.571 35 208 7158 0.432 -0.172 55.600 2.778 157.568 35 206 7159 0.434 -0.165 55.225 2.759 158.566 35 205 7

C.dur.-Tusciano




Q d S_Alb

160 0.437 -0.158 54.855 2.741 159.563 34 203 7161 0.440 -0.151 54.488 2.722 160.560 34 201 6162 0.443 -0.144 54.125 2.704 161.557 34 200 6163 0.445 -0.137 53.766 2.686 162.555 33 198 6164 0.448 -0.130 53.410 2.669 163.552 33 197 6165 0.451 -0.124 53.057 2.651 164.549 33 195 6166 0.454 -0.117 52.709 2.633 165.546 32 194 6167 0.456 -0.110 52.363 2.616 166.544 32 192 6168 0.459 -0.103 52.021 2.599 167.541 32 191 6169 0.462 -0.096 51.682 2.582 168.538 31 189 6170 0.464 -0.089 51.346 2.565 169.536 31 188 6171 0.467 -0.082 51.014 2.549 170.533 31 186 6172 0.470 -0.075 50.684 2.532 171.530 31 185 5173 0.473 -0.069 50.358 2.516 172.527 30 183 5174 0.475 -0.062 50.035 2.500 173.525 30 182 5175 0.478 -0.055 49.715 2.484 174.522 30 181 5176 0.481 -0.048 49.398 2.468 175.519 29 179 5177 0.484 -0.041 49.083 2.452 176.516 29 178 5178 0.486 -0.034 48.772 2.437 177.514 29 177 5179 0.489 -0.027 48.463 2.421 178.511 29 175 5180 0.492 -0.021 48.157 2.406 179.508 28 174 5181 0.495 -0.014 47.854 2.391 180.505 28 173 5182 0.497 -0.007 47.554 2.376 181.503 28 171 5183 0.500 0.000 47.256 2.361 182.500 28 170 5184 0.503 0.007 46.961 2.346 183.497 27 169 5185 0.505 0.014 46.669 2.332 184.495 27 167 5186 0.508 0.021 46.379 2.317 185.492 27 166 4187 0.511 0.027 46.092 2.303 186.489 27 165 4188 0.514 0.034 45.807 2.289 187.486 26 164 4189 0.516 0.041 45.525 2.275 188.484 26 163 4190 0.519 0.048 45.245 2.261 189.481 26 161 4191 0.522 0.055 44.967 2.247 190.478 26 160 4192 0.525 0.062 44.692 2.233 191.475 25 159 4193 0.527 0.069 44.419 2.219 192.473 25 158 4194 0.530 0.075 44.149 2.206 193.470 25 157 4195 0.533 0.082 43.880 2.192 194.467 25 156 4196 0.536 0.089 43.614 2.179 195.464 25 155 4197 0.538 0.096 43.350 2.166 196.462 24 153 4198 0.541 0.103 43.089 2.153 197.459 24 152 4199 0.544 0.110 42.829 2.140 198.456 24 151 4200 0.546 0.117 42.572 2.127 199.454 24 150 4201 0.549 0.124 42.317 2.114 200.451 24 149 4202 0.552 0.130 42.063 2.102 201.448 23 148 4203 0.555 0.137 41.812 2.089 202.445 23 147 4204 0.557 0.144 41.563 2.077 203.443 23 146 3205 0.560 0.151 41.316 2.064 204.440 23 145 3206 0.563 0.158 41.070 2.052 205.437 23 144 3207 0.566 0.165 40.827 2.040 206.434 22 143 3208 0.568 0.172 40.586 2.028 207.432 22 142 3209 0.571 0.179 40.346 2.016 208.429 22 141 3210 0.574 0.186 40.109 2.004 209.426 22 140 3211 0.577 0.193 39.873 1.992 210.423 22 139 3212 0.579 0.200 39.639 1.980 211.421 21 138 3

C.dur.-Tusciano




Q d S_Alb

213 0.582 0.207 39.406 1.969 212.418 21 137 3214 0.585 0.214 39.176 1.957 213.415 21 136 3215 0.587 0.221 38.947 1.946 214.413 21 135 3216 0.590 0.228 38.720 1.935 215.410 21 134 3217 0.593 0.235 38.495 1.923 216.407 21 133 3218 0.596 0.242 38.271 1.912 217.404 20 132 3219 0.598 0.249 38.050 1.901 218.402 20 131 3220 0.601 0.256 37.829 1.890 219.399 20 130 3221 0.604 0.263 37.611 1.879 220.396 20 129 3222 0.607 0.270 37.394 1.868 221.393 20 129 3223 0.609 0.277 37.178 1.858 222.391 20 128 3224 0.612 0.285 36.964 1.847 223.388 19 127 3225 0.615 0.292 36.752 1.836 224.385 19 126 3226 0.617 0.299 36.541 1.826 225.383 19 125 3227 0.620 0.306 36.332 1.815 226.380 19 124 3228 0.623 0.313 36.124 1.805 227.377 19 123 3229 0.626 0.320 35.917 1.795 228.374 19 123 3230 0.628 0.328 35.712 1.784 229.372 18 122 2231 0.631 0.335 35.509 1.774 230.369 18 121 2232 0.634 0.342 35.307 1.764 231.366 18 120 2233 0.637 0.349 35.106 1.754 232.363 18 119 2234 0.639 0.357 34.907 1.744 233.361 18 118 2235 0.642 0.364 34.709 1.734 234.358 18 118 2236 0.645 0.371 34.512 1.724 235.355 18 117 2237 0.648 0.379 34.317 1.715 236.352 17 116 2238 0.650 0.386 34.123 1.705 237.350 17 115 2239 0.653 0.393 33.931 1.695 238.347 17 115 2240 0.656 0.401 33.739 1.686 239.344 17 114 2241 0.658 0.408 33.549 1.676 240.342 17 113 2242 0.661 0.416 33.360 1.667 241.339 17 112 2243 0.664 0.423 33.173 1.657 242.336 17 111 2244 0.667 0.431 32.987 1.648 243.333 16 111 2245 0.669 0.438 32.801 1.639 244.331 16 110 2246 0.672 0.446 32.618 1.630 245.328 16 109 2247 0.675 0.453 32.435 1.621 246.325 16 109 2248 0.678 0.461 32.253 1.611 247.322 16 108 2249 0.680 0.469 32.073 1.602 248.320 16 107 2250 0.683 0.476 31.894 1.594 249.317 16 106 2251 0.686 0.484 31.715 1.585 250.314 16 106 2252 0.689 0.492 31.538 1.576 251.311 15 105 2253 0.691 0.499 31.363 1.567 252.309 15 104 2254 0.694 0.507 31.188 1.558 253.306 15 104 2255 0.697 0.515 31.014 1.550 254.303 15 103 2256 0.699 0.523 30.841 1.541 255.301 15 102 2257 0.702 0.531 30.670 1.532 256.298 15 102 2258 0.705 0.539 30.499 1.524 257.295 15 101 2259 0.708 0.547 30.330 1.515 258.292 15 100 2260 0.710 0.555 30.161 1.507 259.290 14 100 2261 0.713 0.563 29.993 1.499 260.287 14 99 2262 0.716 0.571 29.827 1.490 261.284 14 98 2263 0.719 0.579 29.661 1.482 262.281 14 98 2264 0.721 0.587 29.497 1.474 263.279 14 97 2265 0.724 0.595 29.333 1.466 264.276 14 96 2

C.dur.-Tusciano




Q d S_Alb

266 0.727 0.603 29.170 1.457 265.273 14 96 2267 0.730 0.611 29.008 1.449 266.270 14 95 2268 0.732 0.620 28.848 1.441 267.268 14 94 2269 0.735 0.628 28.688 1.433 268.265 13 94 2270 0.738 0.636 28.528 1.425 269.262 13 93 1271 0.740 0.645 28.370 1.417 270.260 13 92 1272 0.743 0.653 28.213 1.410 271.257 13 92 1273 0.746 0.662 28.056 1.402 272.254 13 91 1274 0.749 0.670 27.901 1.394 273.251 13 91 1275 0.751 0.679 27.746 1.386 274.249 13 90 1276 0.754 0.687 27.592 1.379 275.246 13 89 1277 0.757 0.696 27.439 1.371 276.243 13 89 1278 0.760 0.705 27.287 1.363 277.240 12 88 1279 0.762 0.714 27.135 1.356 278.238 12 88 1280 0.765 0.723 26.984 1.348 279.235 12 87 1281 0.768 0.731 26.834 1.341 280.232 12 87 1282 0.770 0.740 26.685 1.333 281.230 12 86 1283 0.773 0.750 26.537 1.326 282.227 12 85 1284 0.776 0.759 26.389 1.318 283.224 12 85 1285 0.779 0.768 26.242 1.311 284.221 12 84 1286 0.781 0.777 26.096 1.304 285.219 12 84 1287 0.784 0.786 25.950 1.297 286.216 12 83 1288 0.787 0.796 25.805 1.289 287.213 12 83 1289 0.790 0.805 25.661 1.282 288.210 11 82 1290 0.792 0.815 25.517 1.275 289.208 11 82 1291 0.795 0.824 25.375 1.268 290.205 11 81 1292 0.798 0.834 25.232 1.261 291.202 11 80 1293 0.801 0.844 25.091 1.254 292.199 11 80 1294 0.803 0.853 24.950 1.247 293.197 11 79 1295 0.806 0.863 24.810 1.240 294.194 11 79 1296 0.809 0.873 24.670 1.233 295.191 11 78 1297 0.811 0.883 24.531 1.226 296.189 11 78 1298 0.814 0.894 24.392 1.219 297.186 11 77 1299 0.817 0.904 24.254 1.212 298.183 11 77 1300 0.820 0.914 24.117 1.205 299.180 10 76 1301 0.822 0.925 23.980 1.198 300.178 10 76 1302 0.825 0.935 23.844 1.191 301.175 10 75 1303 0.828 0.946 23.708 1.185 302.172 10 75 1304 0.831 0.957 23.573 1.178 303.169 10 74 1305 0.833 0.967 23.438 1.171 304.167 10 74 1306 0.836 0.978 23.304 1.164 305.164 10 73 1307 0.839 0.990 23.170 1.158 306.161 10 73 1308 0.842 1.001 23.037 1.151 307.158 10 72 1309 0.844 1.012 22.904 1.144 308.156 10 72 1310 0.847 1.024 22.771 1.138 309.153 10 71 1311 0.850 1.035 22.639 1.131 310.150 10 71 1312 0.852 1.047 22.508 1.125 311.148 9 70 1313 0.855 1.059 22.376 1.118 312.145 9 70 1314 0.858 1.071 22.246 1.111 313.142 9 69 1315 0.861 1.083 22.115 1.105 314.139 9 69 1316 0.863 1.096 21.985 1.098 315.137 9 68 1317 0.866 1.108 21.855 1.092 316.134 9 68 1318 0.869 1.121 21.726 1.085 317.131 9 67 1

C.dur.-Tusciano




Q d S_Alb

319 0.872 1.134 21.597 1.079 318.128 9 67 1320 0.874 1.147 21.468 1.073 319.126 9 66 1321 0.877 1.160 21.339 1.066 320.123 9 66 1322 0.880 1.174 21.211 1.060 321.120 9 65 1323 0.883 1.188 21.082 1.053 322.117 9 65 1324 0.885 1.202 20.954 1.047 323.115 9 64 1325 0.888 1.216 20.827 1.041 324.112 8 64 1326 0.891 1.230 20.699 1.034 325.109 8 64 1327 0.893 1.245 20.571 1.028 326.107 8 63 1328 0.896 1.260 20.444 1.021 327.104 8 63 1329 0.899 1.275 20.317 1.015 328.101 8 62 1330 0.902 1.291 20.189 1.009 329.098 8 62 1331 0.904 1.307 20.062 1.002 330.096 8 61 1332 0.907 1.323 19.935 0.996 331.093 8 61 1333 0.910 1.340 19.807 0.990 332.090 8 60 1334 0.913 1.357 19.680 0.983 333.087 8 60 1335 0.915 1.374 19.553 0.977 334.085 8 59 1336 0.918 1.392 19.425 0.971 335.082 8 59 1337 0.921 1.410 19.297 0.964 336.079 8 58 1338 0.923 1.429 19.169 0.958 337.077 8 58 1339 0.926 1.448 19.040 0.951 338.074 7 57 1340 0.929 1.468 18.911 0.945 339.071 7 57 1341 0.932 1.489 18.782 0.938 340.068 7 57 1342 0.934 1.510 18.652 0.932 341.066 7 56 1343 0.937 1.531 18.522 0.925 342.063 7 56 1344 0.940 1.554 18.391 0.919 343.060 7 55 1345 0.943 1.577 18.259 0.912 344.057 7 55 1346 0.945 1.601 18.126 0.906 345.055 7 54 1347 0.948 1.627 17.993 0.899 346.052 7 54 1348 0.951 1.653 17.858 0.892 347.049 7 53 1349 0.954 1.680 17.722 0.885 348.046 7 53 1350 0.956 1.709 17.584 0.879 349.044 7 52 0351 0.959 1.739 17.445 0.872 350.041 7 52 0352 0.962 1.771 17.304 0.865 351.038 6 51 0353 0.964 1.805 17.160 0.857 352.036 6 51 0354 0.967 1.841 17.014 0.850 353.033 6 50 0355 0.970 1.880 16.865 0.843 354.030 6 50 0356 0.973 1.922 16.713 0.835 355.027 6 49 0357 0.975 1.967 16.556 0.827 356.025 6 49 0358 0.978 2.017 16.395 0.819 357.022 6 48 0359 0.981 2.072 16.227 0.811 358.019 6 48 0360 0.984 2.135 16.051 0.802 359.016 6 47 0361 0.986 2.207 15.865 0.793 360.014 6 46 0362 0.989 2.293 15.666 0.783 361.011 6 46 0363 0.992 2.400 15.446 0.772 362.008 6 45 0364 0.995 2.545 15.194 0.759 363.005 5 44 0365 0.997 2.778 14.875 0.743 364.003 5 43 0


IDRAULICA

Κστ 27S= 0.0055g= 9.81


1.34 1.67


Dgr= 25.270n= 0.215A= 0.186m= 1.722C= 0.033



y = 0.0015x1.1654

R2 = 0.9999

y = 0.0003x1.3485

R2 = 0.9986

y = 0.0002x1.7648

R2 = 0.9915

0.00

0.20

0.40

0.60

0.80

1.00

1.20

1.40

0 20 40 60 80 100 120 140 160


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16 18


IDRAULICA


7.29 0.50 0.006 0.035 11.00 1.27 0.08 5.75 12.41 0.46 12.00 0.59 0.35 0.16 258.55 0.55 0.006 0.035 11.00 1.35 0.09 6.35 12.56 0.51 12.10 0.59 0.39 0.17 279.88 0.60 0.006 0.035 11.00 1.42 0.10 6.96 12.70 0.55 12.20 0.60 0.43 0.17 3011.29 0.65 0.006 0.035 11.00 1.49 0.11 7.57 12.84 0.59 12.30 0.61 0.47 0.18 3212.77 0.70 0.006 0.035 11.00 1.56 0.12 8.19 12.98 0.63 12.40 0.61 0.51 0.18 3414.32 0.75 0.006 0.035 11.00 1.63 0.13 8.81 13.12 0.67 12.50 0.62 0.55 0.19 3615.95 0.80 0.006 0.035 11.00 1.69 0.15 9.44 13.26 0.71 12.60 0.62 0.59 0.20 3817.64 0.85 0.006 0.035 11.00 1.75 0.16 10.07 13.40 0.75 12.70 0.63 0.63 0.20 4119.40 0.90 0.006 0.035 11.00 1.81 0.17 10.71 13.55 0.79 12.80 0.63 0.67 0.21 4321.24 0.95 0.006 0.035 11.00 1.87 0.18 11.35 13.69 0.83 12.90 0.64 0.71 0.21 4523.13 1.00 0.006 0.035 11.00 1.93 0.19 12.00 13.83 0.87 13.00 0.64 0.75 0.22 4725.10 1.05 0.006 0.035 11.00 1.98 0.20 12.65 13.97 0.91 13.10 0.64 0.79 0.22 4927.12 1.10 0.006 0.035 11.00 2.04 0.21 13.31 14.11 0.94 13.20 0.65 0.83 0.23 5129.22 1.15 0.006 0.035 11.00 2.09 0.22 13.97 14.25 0.98 13.30 0.65 0.87 0.23 5331.37 1.20 0.006 0.035 11.00 2.14 0.23 14.64 14.39 1.02 13.40 0.65 0.91 0.23 5533.59 1.25 0.006 0.035 11.00 2.19 0.25 15.31 14.54 1.05 13.50 0.66 0.95 0.24 5735.87 1.30 0.006 0.035 11.00 2.24 0.26 15.99 14.68 1.09 13.60 0.66 1.00 0.24 5938.22 1.35 0.006 0.035 11.00 2.29 0.27 16.67 14.82 1.13 13.70 0.66 1.04 0.25 6140.62 1.40 0.006 0.035 11.00 2.34 0.28 17.36 14.96 1.16 13.80 0.67 1.08 0.25 6343.09 1.45 0.006 0.035 11.00 2.39 0.29 18.05 15.10 1.20 13.90 0.67 1.12 0.25 6445.61 1.50 0.006 0.035 11.00 2.43 0.30 18.75 15.24 1.23 14.00 0.67 1.16 0.26 6648.20 1.55 0.006 0.035 11.00 2.48 0.31 19.45 15.38 1.26 14.10 0.67 1.20 0.26 6850.84 1.60 0.006 0.035 11.00 2.52 0.32 20.16 15.53 1.30 14.20 0.68 1.25 0.26 7053.55 1.65 0.006 0.035 11.00 2.57 0.34 20.87 15.67 1.33 14.30 0.68 1.29 0.27 7256.31 1.70 0.006 0.035 11.00 2.61 0.35 21.59 15.81 1.37 14.40 0.68 1.33 0.27 7459.14 1.75 0.006 0.035 11.00 2.65 0.36 22.31 15.95 1.40 14.50 0.68 1.37 0.27 7562.02 1.80 0.006 0.035 11.00 2.69 0.37 23.04 16.09 1.43 14.60 0.68 1.42 0.28 7764.96 1.85 0.006 0.035 11.00 2.73 0.38 23.77 16.23 1.46 14.70 0.69 1.46 0.28 7967.96 1.90 0.006 0.035 11.00 2.77 0.39 24.51 16.37 1.50 14.80 0.69 1.50 0.28 8171.02 1.95 0.006 0.035 11.00 2.81 0.40 25.25 16.52 1.53 14.90 0.69 1.54 0.29 8274.13 2.00 0.006 0.035 11.00 2.85 0.41 26.00 16.66 1.56 15.00 0.69 1.59 0.29 8477.31 2.05 0.006 0.035 11.00 2.89 0.43 26.75 16.80 1.59 15.10 0.69 1.63 0.29 86



80.54 2.10 0.006 0.035 11.00 2.93 0.44 27.51 16.94 1.62 15.20 0.69 1.67 0.30 8883.83 2.15 0.006 0.035 11.00 2.97 0.45 28.27 17.08 1.66 15.30 0.70 1.71 0.30 8987.17 2.20 0.006 0.035 11.00 3.00 0.46 29.04 17.22 1.69 15.40 0.70 1.76 0.30 9190.58 2.25 0.006 0.035 11.00 3.04 0.47 29.81 17.36 1.72 15.50 0.70 1.80 0.30 9394.04 2.30 0.006 0.035 11.00 3.07 0.48 30.59 17.51 1.75 15.60 0.70 1.84 0.31 9497.56 2.35 0.006 0.035 11.00 3.11 0.49 31.37 17.65 1.78 15.70 0.70 1.89 0.31 96

101.10 2.40 0.006 0.035 11.00 3.15 0.50 32.16 17.79 1.81 15.80 0.70 1.93 0.31 98104.80 2.45 0.006 0.035 11.00 3.18 0.52 32.95 17.93 1.84 15.90 0.71 1.97 0.31 99108.50 2.50 0.006 0.035 11.00 3.21 0.53 33.75 18.07 1.87 16.00 0.71 2.01 0.32 101112.20 2.55 0.006 0.035 11.00 3.25 0.54 34.55 18.21 1.90 16.10 0.71 2.06 0.32 102116.00 2.60 0.006 0.035 11.00 3.28 0.55 35.36 18.35 1.93 16.20 0.71 2.10 0.32 104119.90 2.65 0.006 0.035 11.00 3.31 0.56 36.17 18.50 1.96 16.30 0.71 2.14 0.32 106123.80 2.70 0.006 0.035 11.00 3.35 0.57 36.99 18.64 1.99 16.40 0.71 2.19 0.33 107127.80 2.75 0.006 0.035 11.00 3.38 0.58 37.81 18.78 2.01 16.50 0.71 2.23 0.33 109131.80 2.80 0.006 0.035 11.00 3.41 0.59 38.64 18.92 2.04 16.60 0.71 2.27 0.33 110135.90 2.85 0.006 0.035 11.00 3.44 0.60 39.47 19.06 2.07 16.70 0.72 2.32 0.33 112140.00 2.90 0.006 0.035 11.00 3.47 0.62 40.31 19.20 2.10 16.80 0.72 2.36 0.34 113144.20 2.95 0.006 0.035 11.00 3.51 0.63 41.15 19.34 2.13 16.90 0.72 2.41 0.34 115148.50 3.00 0.006 0.035 11.00 3.54 0.64 42.00 19.49 2.16 17.00 0.72 2.45 0.34 116



11.29 0.65 0.45 9 3.64E-03 4.60E-03 8.25E-03 1.13 0.54 0.00219 2.48E-02 0.03 1.38 7.51 1.11E-0212.77 0.70 0.46 9 4.37E-03 5.59E-03 9.96E-03 1.18 0.58 0.00225 2.87E-02 0.03 1.54 9.98 1.49E-0214.32 0.75 0.46 8 5.14E-03 6.68E-03 1.18E-02 1.22 0.63 0.00230 3.30E-02 0.03 1.69 12.83 1.92E-0215.95 0.80 0.47 8 5.99E-03 7.88E-03 1.39E-02 1.26 0.67 0.00235 3.75E-02 0.03 1.83 16.08 2.41E-0217.64 0.85 0.47 8 6.89E-03 9.18E-03 1.61E-02 1.30 0.72 0.00240 4.23E-02 0.03 1.98 19.72 2.97E-0219.40 0.90 0.47 8 7.87E-03 1.06E-02 1.85E-02 1.34 0.76 0.00244 4.74E-02 0.03 2.12 23.78 3.60E-0221.24 0.95 0.47 7 8.91E-03 1.21E-02 2.11E-02 1.38 0.81 0.00249 5.28E-02 0.03 2.26 28.25 4.29E-0223.13 1.00 0.48 7 1.00E-02 1.38E-02 2.38E-02 1.42 0.85 0.00252 5.84E-02 0.03 2.39 33.11 5.06E-0225.10 1.05 0.48 7 1.12E-02 1.55E-02 2.67E-02 1.45 0.89 0.00256 6.43E-02 0.03 2.53 38.41 5.89E-0227.12 1.10 0.48 7 1.24E-02 1.74E-02 2.97E-02 1.49 0.94 0.00260 7.04E-02 0.03 2.66 44.08 6.79E-0229.22 1.15 0.48 7 1.37E-02 1.93E-02 3.30E-02 1.52 0.98 0.00263 7.69E-02 0.03 2.79 50.20 7.76E-0231.37 1.20 0.49 7 1.50E-02 2.14E-02 3.64E-02 1.56 1.02 0.00266 8.35E-02 0.03 2.92 56.71 8.80E-0233.59 1.25 0.49 7 1.64E-02 2.36E-02 4.00E-02 1.59 1.06 0.00270 9.05E-02 0.03 3.04 63.62 9.91E-0235.87 1.30 0.49 6 1.78E-02 2.58E-02 4.37E-02 1.62 1.11 0.00272 9.77E-02 0.03 3.17 70.92 1.11E-0138.22 1.35 0.49 6 1.93E-02 2.83E-02 4.76E-02 1.65 1.15 0.00275 1.05E-01 0.02 3.29 78.80 1.24E-0140.62 1.40 0.49 6 2.09E-02 3.08E-02 5.17E-02 1.68 1.19 0.00278 1.13E-01 0.02 3.42 86.93 1.37E-0143.09 1.45 0.50 6 2.25E-02 3.34E-02 5.60E-02 1.71 1.23 0.00281 1.21E-01 0.02 3.54 95.57 1.51E-0145.61 1.50 0.50 6 2.42E-02 3.61E-02 6.04E-02 1.74 1.27 0.00283 1.29E-01 0.02 3.66 104.67 1.66E-0148.20 1.55 0.50 6 2.59E-02 3.90E-02 6.49E-02 1.77 1.31 0.00286 1.38E-01 0.02 3.77 114.03 1.82E-0150.84 1.60 0.50 6 2.77E-02 4.19E-02 6.96E-02 1.80 1.35 0.00288 1.46E-01 0.02 3.89 124.09 1.99E-0153.55 1.65 0.50 6 2.96E-02 4.50E-02 7.46E-02 1.83 1.39 0.00290 1.55E-01 0.02 4.01 134.22 2.16E-0156.31 1.70 0.50 6 3.14E-02 4.81E-02 7.96E-02 1.85 1.43 0.00292 1.65E-01 0.02 4.12 144.94 2.34E-0159.14 1.75 0.50 6 3.34E-02 5.14E-02 8.48E-02 1.88 1.47 0.00295 1.74E-01 0.02 4.23 155.98 2.53E-0162.02 1.80 0.51 6 3.54E-02 5.48E-02 9.02E-02 1.90 1.51 0.00297 1.84E-01 0.02 4.35 167.55 2.73E-0164.96 1.85 0.51 5 3.75E-02 5.83E-02 9.58E-02 1.93 1.55 0.00299 1.94E-01 0.02 4.45 179.27 2.93E-0167.96 1.90 0.51 5 3.96E-02 6.19E-02 1.02E-01 1.96 1.59 0.00301 2.04E-01 0.02 4.57 191.74 3.15E-0171.02 1.95 0.51 5 4.17E-02 6.56E-02 1.07E-01 1.98 1.62 0.00303 2.15E-01 0.02 4.67 204.33 3.37E-0174.13 2.00 0.51 5 4.39E-02 6.94E-02 1.13E-01 2.00 1.66 0.00304 2.26E-01 0.02 4.78 217.45 3.60E-0177.31 2.05 0.51 5 4.62E-02 7.34E-02 1.20E-01 2.03 1.70 0.00306 2.37E-01 0.02 4.89 231.20 3.84E-01


C.dur.-Picentino

Fiume Picentino



Q medsez. a b q 0


0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Picentino


Q d S_AlbVOLUME m3



C.dur.-Picentino


VOLUME m3



54 0.148 -1.047 144.773 5.748 53.852 299 986 32955 0.150 -1.035 143.094 5.681 54.850 294 973 32256 0.153 -1.024 141.458 5.616 55.847 290 960 31557 0.156 -1.012 139.863 5.553 56.844 285 947 30958 0.158 -1.001 138.307 5.491 57.842 281 935 30359 0.161 -0.990 136.789 5.431 58.839 277 923 29760 0.164 -0.978 135.307 5.372 59.836 273 912 29261 0.167 -0.967 133.860 5.315 60.833 269 900 28662 0.169 -0.957 132.446 5.258 61.831 265 889 28163 0.172 -0.946 131.065 5.204 62.828 261 878 27664 0.175 -0.935 129.714 5.150 63.825 258 868 27165 0.178 -0.925 128.394 5.098 64.822 254 857 26666 0.180 -0.914 127.102 5.046 65.820 251 847 26167 0.183 -0.904 125.838 4.996 66.817 247 838 25768 0.186 -0.894 124.600 4.947 67.814 244 828 25269 0.189 -0.883 123.389 4.899 68.811 241 819 24870 0.191 -0.873 122.202 4.852 69.809 238 809 24471 0.194 -0.863 121.039 4.806 70.806 235 801 24072 0.197 -0.853 119.900 4.760 71.803 232 792 23673 0.199 -0.844 118.783 4.716 72.801 229 783 23274 0.202 -0.834 117.688 4.673 73.798 226 775 22875 0.205 -0.824 116.614 4.630 74.795 223 767 22476 0.208 -0.815 115.561 4.588 75.792 220 758 22177 0.210 -0.805 114.527 4.547 76.790 218 751 21778 0.213 -0.796 113.513 4.507 77.787 215 743 21479 0.216 -0.786 112.517 4.467 78.784 212 735 21180 0.219 -0.777 111.539 4.428 79.781 210 728 20781 0.221 -0.768 110.578 4.390 80.779 207 720 20482 0.224 -0.759 109.635 4.353 81.776 205 713 20183 0.227 -0.750 108.708 4.316 82.773 203 706 19884 0.230 -0.740 107.797 4.280 83.770 200 699 19585 0.232 -0.731 106.901 4.244 84.768 198 693 19286 0.235 -0.723 106.021 4.209 85.765 196 686 19087 0.238 -0.714 105.155 4.175 86.762 194 679 18788 0.240 -0.705 104.304 4.141 87.760 192 673 18489 0.243 -0.696 103.466 4.108 88.757 190 667 18290 0.246 -0.687 102.643 4.075 89.754 188 661 17991 0.249 -0.679 101.832 4.043 90.751 186 655 17792 0.251 -0.670 101.034 4.011 91.749 184 649 17493 0.254 -0.662 100.249 3.980 92.746 182 643 17294 0.257 -0.653 99.475 3.949 93.743 180 637 16995 0.260 -0.645 98.714 3.919 94.740 178 631 16796 0.262 -0.636 97.964 3.889 95.738 176 626 16597 0.265 -0.628 97.226 3.860 96.735 174 620 16398 0.268 -0.620 96.498 3.831 97.732 172 615 16199 0.270 -0.611 95.782 3.803 98.730 171 609 159

100 0.273 -0.603 95.075 3.775 99.727 169 604 156101 0.276 -0.595 94.379 3.747 100.724 167 599 154102 0.279 -0.587 93.693 3.720 101.721 166 594 152103 0.281 -0.579 93.017 3.693 102.719 164 589 151104 0.284 -0.571 92.350 3.667 103.716 162 584 149105 0.287 -0.563 91.692 3.640 104.713 161 579 147106 0.290 -0.555 91.044 3.615 105.710 159 574 145

C.dur.-Picentino


VOLUME m3



107 0.292 -0.547 90.404 3.589 106.708 158 570 143108 0.295 -0.539 89.773 3.564 107.705 156 565 141109 0.298 -0.531 89.151 3.540 108.702 155 561 140110 0.301 -0.523 88.537 3.515 109.699 153 556 138111 0.303 -0.515 87.931 3.491 110.697 152 552 136112 0.306 -0.507 87.333 3.467 111.694 151 547 135113 0.309 -0.499 86.743 3.444 112.691 149 543 133114 0.311 -0.492 86.160 3.421 113.689 148 539 131115 0.314 -0.484 85.585 3.398 114.686 147 534 130116 0.317 -0.476 85.017 3.375 115.683 145 530 128117 0.320 -0.469 84.456 3.353 116.680 144 526 127118 0.322 -0.461 83.902 3.331 117.678 143 522 125119 0.325 -0.453 83.355 3.309 118.675 141 518 124120 0.328 -0.446 82.815 3.288 119.672 140 514 123121 0.331 -0.438 82.281 3.267 120.669 139 511 121122 0.333 -0.431 81.754 3.246 121.667 138 507 120123 0.336 -0.423 81.233 3.225 122.664 136 503 119124 0.339 -0.416 80.718 3.205 123.661 135 499 117125 0.342 -0.408 80.209 3.184 124.658 134 496 116126 0.344 -0.401 79.706 3.165 125.656 133 492 115127 0.347 -0.393 79.209 3.145 126.653 132 488 113128 0.350 -0.386 78.718 3.125 127.650 131 485 112129 0.352 -0.379 78.232 3.106 128.648 130 481 111130 0.355 -0.371 77.752 3.087 129.645 129 478 110131 0.358 -0.364 77.278 3.068 130.642 128 475 109132 0.361 -0.357 76.808 3.049 131.639 127 471 107133 0.363 -0.349 76.344 3.031 132.637 125 468 106134 0.366 -0.342 75.885 3.013 133.634 124 465 105135 0.369 -0.335 75.431 2.995 134.631 123 461 104136 0.372 -0.328 74.982 2.977 135.628 122 458 103137 0.374 -0.320 74.537 2.959 136.626 121 455 102138 0.377 -0.313 74.098 2.942 137.623 120 452 101139 0.380 -0.306 73.663 2.925 138.620 120 449 100140 0.383 -0.299 73.233 2.908 139.617 119 446 99141 0.385 -0.292 72.807 2.891 140.615 118 443 98142 0.388 -0.285 72.385 2.874 141.612 117 440 97143 0.391 -0.277 71.968 2.857 142.609 116 437 96144 0.393 -0.270 71.556 2.841 143.607 115 434 95145 0.396 -0.263 71.147 2.825 144.604 114 431 94146 0.399 -0.256 70.743 2.809 145.601 113 428 93147 0.402 -0.249 70.342 2.793 146.598 112 425 92148 0.404 -0.242 69.946 2.777 147.596 111 422 91149 0.407 -0.235 69.554 2.761 148.593 111 420 90150 0.410 -0.228 69.165 2.746 149.590 110 417 89151 0.413 -0.221 68.780 2.731 150.587 109 414 88152 0.415 -0.214 68.399 2.716 151.585 108 412 87153 0.418 -0.207 68.022 2.701 152.582 107 409 87154 0.421 -0.200 67.648 2.686 153.579 106 406 86155 0.423 -0.193 67.278 2.671 154.577 106 404 85156 0.426 -0.186 66.912 2.657 155.574 105 401 84157 0.429 -0.179 66.548 2.642 156.571 104 399 83158 0.432 -0.172 66.189 2.628 157.568 103 396 83159 0.434 -0.165 65.832 2.614 158.566 103 394 82

C.dur.-Picentino


VOLUME m3



160 0.437 -0.158 65.479 2.600 159.563 102 391 81161 0.440 -0.151 65.129 2.586 160.560 101 389 80162 0.443 -0.144 64.782 2.572 161.557 100 386 79163 0.445 -0.137 64.439 2.558 162.555 100 384 79164 0.448 -0.130 64.098 2.545 163.552 99 382 78165 0.451 -0.124 63.761 2.531 164.549 98 379 77166 0.454 -0.117 63.426 2.518 165.546 98 377 77167 0.456 -0.110 63.095 2.505 166.544 97 375 76168 0.459 -0.103 62.766 2.492 167.541 96 372 75169 0.462 -0.096 62.441 2.479 168.538 96 370 74170 0.464 -0.089 62.118 2.466 169.536 95 368 74171 0.467 -0.082 61.798 2.454 170.533 94 366 73172 0.470 -0.075 61.480 2.441 171.530 94 364 72173 0.473 -0.069 61.166 2.428 172.527 93 361 72174 0.475 -0.062 60.854 2.416 173.525 92 359 71175 0.478 -0.055 60.545 2.404 174.522 92 357 71176 0.481 -0.048 60.238 2.392 175.519 91 355 70177 0.484 -0.041 59.934 2.380 176.516 90 353 69178 0.486 -0.034 59.632 2.368 177.514 90 351 69179 0.489 -0.027 59.333 2.356 178.511 89 349 68180 0.492 -0.021 59.036 2.344 179.508 89 347 67181 0.495 -0.014 58.742 2.332 180.505 88 345 67182 0.497 -0.007 58.450 2.321 181.503 87 343 66183 0.500 0.000 58.160 2.309 182.500 87 341 66184 0.503 0.007 57.873 2.298 183.497 86 339 65185 0.505 0.014 57.588 2.286 184.495 86 337 65186 0.508 0.021 57.305 2.275 185.492 85 335 64187 0.511 0.027 57.025 2.264 186.489 84 333 63188 0.514 0.034 56.746 2.253 187.486 84 331 63189 0.516 0.041 56.470 2.242 188.484 83 329 62190 0.519 0.048 56.196 2.231 189.481 83 327 62191 0.522 0.055 55.924 2.220 190.478 82 326 61192 0.525 0.062 55.654 2.210 191.475 82 324 61193 0.527 0.069 55.386 2.199 192.473 81 322 60194 0.530 0.075 55.120 2.188 193.470 81 320 60195 0.533 0.082 54.857 2.178 194.467 80 318 59196 0.536 0.089 54.595 2.168 195.464 80 317 59197 0.538 0.096 54.335 2.157 196.462 79 315 58198 0.541 0.103 54.077 2.147 197.459 79 313 58199 0.544 0.110 53.821 2.137 198.456 78 311 57200 0.546 0.117 53.567 2.127 199.454 78 310 57201 0.549 0.124 53.314 2.117 200.451 77 308 56202 0.552 0.130 53.064 2.107 201.448 77 306 56203 0.555 0.137 52.815 2.097 202.445 76 305 55204 0.557 0.144 52.568 2.087 203.443 76 303 55205 0.560 0.151 52.323 2.077 204.440 75 301 55206 0.563 0.158 52.079 2.068 205.437 75 300 54207 0.566 0.165 51.837 2.058 206.434 74 298 54208 0.568 0.172 51.597 2.049 207.432 74 296 53209 0.571 0.179 51.359 2.039 208.429 73 295 53210 0.574 0.186 51.122 2.030 209.426 73 293 52211 0.577 0.193 50.886 2.020 210.423 72 292 52212 0.579 0.200 50.653 2.011 211.421 72 290 51

C.dur.-Picentino


VOLUME m3



213 0.582 0.207 50.421 2.002 212.418 71 289 51214 0.585 0.214 50.190 1.993 213.415 71 287 51215 0.587 0.221 49.961 1.984 214.413 71 285 50216 0.590 0.228 49.734 1.975 215.410 70 284 50217 0.593 0.235 49.508 1.966 216.407 70 282 49218 0.596 0.242 49.284 1.957 217.404 69 281 49219 0.598 0.249 49.061 1.948 218.402 69 279 49220 0.601 0.256 48.839 1.939 219.399 68 278 48221 0.604 0.263 48.619 1.930 220.396 68 277 48222 0.607 0.270 48.400 1.922 221.393 68 275 48223 0.609 0.277 48.183 1.913 222.391 67 274 47224 0.612 0.285 47.967 1.904 223.388 67 272 47225 0.615 0.292 47.753 1.896 224.385 66 271 46226 0.617 0.299 47.539 1.887 225.383 66 269 46227 0.620 0.306 47.328 1.879 226.380 66 268 46228 0.623 0.313 47.117 1.871 227.377 65 267 45229 0.626 0.320 46.908 1.862 228.374 65 265 45230 0.628 0.328 46.700 1.854 229.372 64 264 45231 0.631 0.335 46.493 1.846 230.369 64 262 44232 0.634 0.342 46.288 1.838 231.366 64 261 44233 0.637 0.349 46.083 1.830 232.363 63 260 44234 0.639 0.357 45.880 1.822 233.361 63 258 43235 0.642 0.364 45.678 1.814 234.358 62 257 43236 0.645 0.371 45.478 1.806 235.355 62 256 43237 0.648 0.379 45.278 1.798 236.352 62 255 42238 0.650 0.386 45.080 1.790 237.350 61 253 42239 0.653 0.393 44.883 1.782 238.347 61 252 42240 0.656 0.401 44.687 1.774 239.344 61 251 41241 0.658 0.408 44.492 1.766 240.342 60 249 41242 0.661 0.416 44.298 1.759 241.339 60 248 41243 0.664 0.423 44.106 1.751 242.336 60 247 40244 0.667 0.431 43.914 1.743 243.333 59 246 40245 0.669 0.438 43.723 1.736 244.331 59 244 40246 0.672 0.446 43.534 1.728 245.328 59 243 39247 0.675 0.453 43.345 1.721 246.325 58 242 39248 0.678 0.461 43.158 1.713 247.322 58 241 39249 0.680 0.469 42.971 1.706 248.320 58 239 39250 0.683 0.476 42.786 1.699 249.317 57 238 38251 0.686 0.484 42.602 1.691 250.314 57 237 38252 0.689 0.492 42.418 1.684 251.311 57 236 38253 0.691 0.499 42.235 1.677 252.309 56 235 37254 0.694 0.507 42.054 1.670 253.306 56 234 37255 0.697 0.515 41.873 1.662 254.303 56 232 37256 0.699 0.523 41.694 1.655 255.301 55 231 37257 0.702 0.531 41.515 1.648 256.298 55 230 36258 0.705 0.539 41.337 1.641 257.295 55 229 36259 0.708 0.547 41.160 1.634 258.292 54 228 36260 0.710 0.555 40.984 1.627 259.290 54 227 35261 0.713 0.563 40.808 1.620 260.287 54 225 35262 0.716 0.571 40.634 1.613 261.284 53 224 35263 0.719 0.579 40.460 1.606 262.281 53 223 35264 0.721 0.587 40.288 1.600 263.279 53 222 34265 0.724 0.595 40.116 1.593 264.276 52 221 34

C.dur.-Picentino


VOLUME m3



266 0.727 0.603 39.945 1.586 265.273 52 220 34267 0.730 0.611 39.774 1.579 266.270 52 219 34268 0.732 0.620 39.605 1.572 267.268 51 218 33269 0.735 0.628 39.436 1.566 268.265 51 217 33270 0.738 0.636 39.268 1.559 269.262 51 216 33271 0.740 0.645 39.101 1.552 270.260 51 215 33272 0.743 0.653 38.934 1.546 271.257 50 213 32273 0.746 0.662 38.769 1.539 272.254 50 212 32274 0.749 0.670 38.603 1.533 273.251 50 211 32275 0.751 0.679 38.439 1.526 274.249 49 210 32276 0.754 0.687 38.275 1.520 275.246 49 209 31277 0.757 0.696 38.113 1.513 276.243 49 208 31278 0.760 0.705 37.950 1.507 277.240 49 207 31279 0.762 0.714 37.789 1.500 278.238 48 206 31280 0.765 0.723 37.628 1.494 279.235 48 205 30281 0.768 0.731 37.467 1.488 280.232 48 204 30282 0.770 0.740 37.308 1.481 281.230 47 203 30283 0.773 0.750 37.148 1.475 282.227 47 202 30284 0.776 0.759 36.990 1.469 283.224 47 201 30285 0.779 0.768 36.832 1.462 284.221 47 200 29286 0.781 0.777 36.675 1.456 285.219 46 199 29287 0.784 0.786 36.518 1.450 286.216 46 198 29288 0.787 0.796 36.362 1.444 287.213 46 197 29289 0.790 0.805 36.206 1.437 288.210 46 196 28290 0.792 0.815 36.051 1.431 289.208 45 195 28291 0.795 0.824 35.897 1.425 290.205 45 194 28292 0.798 0.834 35.743 1.419 291.202 45 193 28293 0.801 0.844 35.589 1.413 292.199 45 192 28294 0.803 0.853 35.436 1.407 293.197 44 191 27295 0.806 0.863 35.284 1.401 294.194 44 190 27296 0.809 0.873 35.131 1.395 295.191 44 189 27297 0.811 0.883 34.980 1.389 296.189 43 188 27298 0.814 0.894 34.829 1.383 297.186 43 187 27299 0.817 0.904 34.678 1.377 298.183 43 187 26300 0.820 0.914 34.527 1.371 299.180 43 186 26301 0.822 0.925 34.378 1.365 300.178 42 185 26302 0.825 0.935 34.228 1.359 301.175 42 184 26303 0.828 0.946 34.079 1.353 302.172 42 183 26304 0.831 0.957 33.930 1.347 303.169 42 182 25305 0.833 0.967 33.781 1.341 304.167 41 181 25306 0.836 0.978 33.633 1.335 305.164 41 180 25307 0.839 0.990 33.485 1.329 306.161 41 179 25308 0.842 1.001 33.338 1.324 307.158 41 178 25309 0.844 1.012 33.191 1.318 308.156 40 177 24310 0.847 1.024 33.044 1.312 309.153 40 176 24311 0.850 1.035 32.897 1.306 310.150 40 175 24312 0.852 1.047 32.750 1.300 311.148 40 174 24313 0.855 1.059 32.604 1.294 312.145 40 174 24314 0.858 1.071 32.458 1.289 313.142 39 173 23315 0.861 1.083 32.312 1.283 314.139 39 172 23316 0.863 1.096 32.166 1.277 315.137 39 171 23317 0.866 1.108 32.021 1.271 316.134 39 170 23318 0.869 1.121 31.875 1.266 317.131 38 169 23

C.dur.-Picentino


VOLUME m3



319 0.872 1.134 31.730 1.260 318.128 38 168 23320 0.874 1.147 31.584 1.254 319.126 38 167 22321 0.877 1.160 31.439 1.248 320.123 38 166 22322 0.880 1.174 31.294 1.242 321.120 37 165 22323 0.883 1.188 31.149 1.237 322.117 37 165 22324 0.885 1.202 31.003 1.231 323.115 37 164 22325 0.888 1.216 30.858 1.225 324.112 37 163 21326 0.891 1.230 30.712 1.219 325.109 36 162 21327 0.893 1.245 30.567 1.214 326.107 36 161 21328 0.896 1.260 30.421 1.208 327.104 36 160 21329 0.899 1.275 30.275 1.202 328.101 36 159 21330 0.902 1.291 30.129 1.196 329.098 36 158 21331 0.904 1.307 29.982 1.190 330.096 35 157 20332 0.907 1.323 29.836 1.185 331.093 35 157 20333 0.910 1.340 29.689 1.179 332.090 35 156 20334 0.913 1.357 29.541 1.173 333.087 35 155 20335 0.915 1.374 29.393 1.167 334.085 34 154 20336 0.918 1.392 29.244 1.161 335.082 34 153 20337 0.921 1.410 29.095 1.155 336.079 34 152 19338 0.923 1.429 28.945 1.149 337.077 34 151 19339 0.926 1.448 28.795 1.143 338.074 33 150 19340 0.929 1.468 28.643 1.137 339.071 33 149 19341 0.932 1.489 28.491 1.131 340.068 33 148 19342 0.934 1.510 28.338 1.125 341.066 33 147 18343 0.937 1.531 28.183 1.119 342.063 32 146 18344 0.940 1.554 28.028 1.113 343.060 32 146 18345 0.943 1.577 27.871 1.107 344.057 32 145 18346 0.945 1.601 27.712 1.100 345.055 32 144 18347 0.948 1.627 27.552 1.094 346.052 31 143 18348 0.951 1.653 27.390 1.087 347.049 31 142 17349 0.954 1.680 27.226 1.081 348.046 31 141 17350 0.956 1.709 27.059 1.074 349.044 31 140 17351 0.959 1.739 26.890 1.068 350.041 30 139 17352 0.962 1.771 26.718 1.061 351.038 30 138 17353 0.964 1.805 26.542 1.054 352.036 30 137 16354 0.967 1.841 26.362 1.047 353.033 30 135 16355 0.970 1.880 26.178 1.039 354.030 29 134 16356 0.973 1.922 25.988 1.032 355.027 29 133 16357 0.975 1.967 25.792 1.024 356.025 29 132 16358 0.978 2.017 25.589 1.016 357.022 28 131 15359 0.981 2.072 25.376 1.008 358.019 28 130 15360 0.984 2.135 25.152 0.999 359.016 28 128 15361 0.986 2.207 24.913 0.989 360.014 27 127 15362 0.989 2.293 24.653 0.979 361.011 27 125 14363 0.992 2.400 24.364 0.967 362.008 27 124 14364 0.995 2.545 24.026 0.954 363.005 26 122 14365 0.997 2.778 23.590 0.937 364.003 25 119 13


IDRAULICA

Κστ 27S= 0.0055g= 9.81


1.34 1.67


Dgr= 25.270n= 0.215A= 0.186m= 1.722C= 0.033



y = 0.0009x1.2807

R2 = 0.9939

0.00

0.20

0.40

0.60

0.80

1.00

1.20

0 20 40 60 80 100 120 140 160


0

0.5

1

1.5

2

2.5

3

3.5

0 5 10 15 20 25


IDRAULICA


0.21 0.05 0.005 0.035 15.00 0.28 0.00 0.75 15.14 0.05 15.10 0.41 0.03 0.05 30.68 0.10 0.005 0.035 15.00 0.45 0.01 1.51 15.28 0.10 15.20 0.45 0.06 0.07 51.33 0.15 0.005 0.035 15.00 0.59 0.02 2.27 15.42 0.15 15.30 0.49 0.09 0.09 82.15 0.20 0.005 0.035 15.00 0.71 0.03 3.04 15.57 0.20 15.40 0.51 0.13 0.10 113.12 0.25 0.005 0.035 15.00 0.82 0.03 3.81 15.71 0.24 15.50 0.53 0.16 0.11 134.22 0.30 0.005 0.035 15.00 0.92 0.04 4.59 15.85 0.29 15.60 0.54 0.20 0.13 165.45 0.35 0.005 0.035 15.00 1.02 0.05 5.37 15.99 0.34 15.70 0.55 0.24 0.13 186.81 0.40 0.005 0.035 15.00 1.11 0.06 6.16 16.13 0.38 15.80 0.57 0.27 0.14 218.28 0.45 0.005 0.035 15.00 1.19 0.07 6.95 16.27 0.43 15.90 0.58 0.31 0.15 239.87 0.50 0.005 0.035 15.00 1.27 0.08 7.75 16.41 0.47 16.00 0.58 0.35 0.16 2511.56 0.55 0.005 0.035 15.00 1.35 0.09 8.55 16.56 0.52 16.10 0.59 0.39 0.17 2813.36 0.60 0.005 0.035 15.00 1.43 0.10 9.36 16.70 0.56 16.20 0.60 0.43 0.17 3015.26 0.65 0.005 0.035 15.00 1.50 0.11 10.17 16.84 0.60 16.30 0.61 0.47 0.18 3317.27 0.70 0.005 0.035 15.00 1.57 0.13 10.99 16.98 0.65 16.40 0.61 0.51 0.19 3519.36 0.75 0.005 0.035 15.00 1.64 0.14 11.81 17.12 0.69 16.50 0.62 0.55 0.19 3721.56 0.80 0.005 0.035 15.00 1.71 0.15 12.64 17.26 0.73 16.60 0.62 0.59 0.20 4023.85 0.85 0.005 0.035 15.00 1.77 0.16 13.47 17.40 0.77 16.70 0.63 0.63 0.20 4226.23 0.90 0.005 0.035 15.00 1.83 0.17 14.31 17.55 0.82 16.80 0.63 0.67 0.21 4428.70 0.95 0.005 0.035 15.00 1.89 0.18 15.15 17.69 0.86 16.90 0.64 0.71 0.21 4631.26 1.00 0.005 0.035 15.00 1.95 0.19 16.00 17.83 0.90 17.00 0.64 0.75 0.22 4833.90 1.05 0.005 0.035 15.00 2.01 0.21 16.85 17.97 0.94 17.10 0.65 0.79 0.22 5136.63 1.10 0.005 0.035 15.00 2.07 0.22 17.71 18.11 0.98 17.20 0.65 0.83 0.23 5339.45 1.15 0.005 0.035 15.00 2.12 0.23 18.57 18.25 1.02 17.30 0.65 0.87 0.23 5542.35 1.20 0.005 0.035 15.00 2.18 0.24 19.44 18.39 1.06 17.40 0.66 0.91 0.24 5745.33 1.25 0.005 0.035 15.00 2.23 0.25 20.31 18.54 1.10 17.50 0.66 0.96 0.24 5948.40 1.30 0.005 0.035 15.00 2.28 0.27 21.19 18.68 1.14 17.60 0.66 1.00 0.25 6151.54 1.35 0.005 0.035 15.00 2.34 0.28 22.07 18.82 1.17 17.70 0.67 1.04 0.25 6354.77 1.40 0.005 0.035 15.00 2.39 0.29 22.96 18.96 1.21 17.80 0.67 1.08 0.26 6558.07 1.45 0.005 0.035 15.00 2.44 0.30 23.85 19.10 1.25 17.90 0.67 1.12 0.26 6761.46 1.50 0.005 0.035 15.00 2.48 0.31 24.75 19.24 1.29 18.00 0.68 1.16 0.26 6964.92 1.55 0.005 0.035 15.00 2.53 0.33 25.65 19.38 1.32 18.10 0.68 1.21 0.27 7168.46 1.60 0.005 0.035 15.00 2.58 0.34 26.56 19.53 1.36 18.20 0.68 1.25 0.27 73



72.08 1.65 0.005 0.035 15.00 2.62 0.35 27.47 19.67 1.40 18.30 0.68 1.29 0.27 7575.77 1.70 0.005 0.035 15.00 2.67 0.36 28.39 19.81 1.43 18.40 0.69 1.33 0.28 7779.54 1.75 0.005 0.035 15.00 2.71 0.38 29.31 19.95 1.47 18.50 0.69 1.38 0.28 7983.39 1.80 0.005 0.035 15.00 2.76 0.39 30.24 20.09 1.51 18.60 0.69 1.42 0.28 8187.31 1.85 0.005 0.035 15.00 2.80 0.40 31.17 20.23 1.54 18.70 0.69 1.46 0.29 8391.30 1.90 0.005 0.035 15.00 2.84 0.41 32.11 20.37 1.58 18.80 0.69 1.50 0.29 8595.37 1.95 0.005 0.035 15.00 2.89 0.42 33.05 20.52 1.61 18.90 0.70 1.55 0.29 8799.51 2.00 0.005 0.035 15.00 2.93 0.44 34.00 20.66 1.65 19.00 0.70 1.59 0.30 89

103.70 2.05 0.005 0.035 15.00 2.97 0.45 34.95 20.80 1.68 19.10 0.70 1.63 0.30 91108.00 2.10 0.005 0.035 15.00 3.01 0.46 35.91 20.94 1.72 19.20 0.70 1.68 0.30 93112.40 2.15 0.005 0.035 15.00 3.05 0.47 36.87 21.08 1.75 19.30 0.70 1.72 0.31 94116.80 2.20 0.005 0.035 15.00 3.09 0.49 37.84 21.22 1.78 19.40 0.71 1.76 0.31 96121.30 2.25 0.005 0.035 15.00 3.13 0.50 38.81 21.36 1.82 19.50 0.71 1.81 0.31 98125.90 2.30 0.005 0.035 15.00 3.16 0.51 39.79 21.51 1.85 19.60 0.71 1.85 0.32 100130.60 2.35 0.005 0.035 15.00 3.20 0.52 40.77 21.65 1.88 19.70 0.71 1.89 0.32 102135.30 2.40 0.005 0.035 15.00 3.24 0.54 41.76 21.79 1.92 19.80 0.71 1.94 0.32 103140.10 2.45 0.005 0.035 15.00 3.28 0.55 42.75 21.93 1.95 19.90 0.71 1.98 0.32 105144.90 2.50 0.005 0.035 15.00 3.31 0.56 43.75 22.07 1.98 20.00 0.72 2.02 0.33 107149.90 2.55 0.005 0.035 15.00 3.35 0.57 44.75 22.21 2.02 20.10 0.72 2.07 0.33 109


Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s0.21 0.05 0.31 32 #NUM! #NUM! #NUM! 0.27 0.01 0.00025 5.41E-05 0.07 0.00 0.00 0.00E+000.68 0.10 0.35 23 7.36E-06 6.39E-06 1.38E-05 0.40 0.04 0.00072 4.91E-04 0.05 0.00 0.00 0.00E+001.33 0.15 0.37 19 5.58E-05 5.25E-05 1.08E-04 0.50 0.08 0.00103 1.37E-03 0.05 0.00 0.00 0.00E+002.15 0.20 0.39 16 1.67E-04 1.66E-04 3.33E-04 0.59 0.12 0.00125 2.69E-03 0.04 0.00 0.00 0.00E+003.12 0.25 0.40 14 3.52E-04 3.67E-04 7.19E-04 0.67 0.17 0.00143 4.45E-03 0.04 0.00 0.00 0.00E+004.22 0.30 0.41 13 6.18E-04 6.69E-04 1.29E-03 0.74 0.22 0.00157 6.62E-03 0.04 0.15 0.02 4.51E-055.45 0.35 0.42 12 9.73E-04 1.08E-03 2.06E-03 0.81 0.26 0.00169 9.22E-03 0.04 0.36 0.22 4.29E-046.81 0.40 0.43 11 1.41E-03 1.62E-03 3.03E-03 0.87 0.31 0.00179 1.22E-02 0.03 0.56 0.68 1.33E-038.28 0.45 0.44 11 1.95E-03 2.29E-03 4.24E-03 0.93 0.36 0.00189 1.56E-02 0.03 0.75 1.45 2.86E-039.87 0.50 0.44 10 2.58E-03 3.09E-03 5.67E-03 0.99 0.40 0.00197 1.94E-02 0.03 0.93 2.58 5.08E-03

11.56 0.55 0.45 10 3.30E-03 4.03E-03 7.34E-03 1.04 0.45 0.00204 2.36E-02 0.03 1.10 4.07 8.06E-0313.36 0.60 0.45 9 4.11E-03 5.11E-03 9.23E-03 1.09 0.50 0.00211 2.82E-02 0.03 1.27 5.96 1.18E-0215.26 0.65 0.46 9 5.03E-03 6.34E-03 1.14E-02 1.14 0.55 0.00217 3.31E-02 0.03 1.44 8.26 1.64E-0217.27 0.70 0.46 9 6.04E-03 7.74E-03 1.38E-02 1.19 0.59 0.00223 3.85E-02 0.03 1.60 11.00 2.20E-0219.36 0.75 0.46 8 7.13E-03 9.27E-03 1.64E-02 1.23 0.64 0.00228 4.42E-02 0.03 1.75 14.17 2.84E-0221.56 0.80 0.47 8 8.34E-03 1.10E-02 1.93E-02 1.27 0.69 0.00234 5.03E-02 0.03 1.91 17.82 3.58E-0223.85 0.85 0.47 8 9.63E-03 1.28E-02 2.24E-02 1.32 0.73 0.00238 5.68E-02 0.03 2.06 21.92 4.42E-0226.23 0.90 0.47 8 1.10E-02 1.48E-02 2.59E-02 1.36 0.78 0.00243 6.36E-02 0.03 2.21 26.50 5.36E-0228.70 0.95 0.48 7 1.25E-02 1.70E-02 2.95E-02 1.40 0.83 0.00247 7.08E-02 0.03 2.36 31.57 6.40E-0231.26 1.00 0.48 7 1.40E-02 1.93E-02 3.34E-02 1.44 0.87 0.00251 7.84E-02 0.03 2.50 37.09 7.55E-0233.90 1.05 0.48 7 1.57E-02 2.18E-02 3.76E-02 1.47 0.92 0.00255 8.63E-02 0.03 2.64 43.19 8.82E-0236.63 1.10 0.48 7 1.74E-02 2.45E-02 4.19E-02 1.51 0.96 0.00258 9.45E-02 0.03 2.78 49.69 1.02E-0139.45 1.15 0.49 7 1.93E-02 2.73E-02 4.66E-02 1.55 1.01 0.00261 1.03E-01 0.03 2.92 56.88 1.17E-0142.35 1.20 0.49 7 2.12E-02 3.03E-02 5.15E-02 1.58 1.05 0.00265 1.12E-01 0.03 3.06 64.37 1.33E-0145.33 1.25 0.49 6 2.32E-02 3.34E-02 5.67E-02 1.62 1.10 0.00268 1.21E-01 0.03 3.19 72.51 1.50E-0148.40 1.30 0.49 6 2.53E-02 3.67E-02 6.21E-02 1.65 1.14 0.00271 1.31E-01 0.02 3.33 81.17 1.68E-0151.54 1.35 0.49 6 2.75E-02 4.02E-02 6.77E-02 1.68 1.19 0.00274 1.41E-01 0.02 3.46 90.22 1.88E-0154.77 1.40 0.50 6 2.98E-02 4.38E-02 7.36E-02 1.71 1.23 0.00277 1.51E-01 0.02 3.59 99.84 2.08E-0158.07 1.45 0.50 6 3.22E-02 4.77E-02 7.98E-02 1.74 1.27 0.00279 1.62E-01 0.02 3.72 110.15 2.31E-0161.46 1.50 0.50 6 3.46E-02 5.16E-02 8.62E-02 1.78 1.32 0.00282 1.73E-01 0.02 3.85 120.68 2.53E-0164.92 1.55 0.50 6 3.71E-02 5.58E-02 9.29E-02 1.81 1.36 0.00285 1.85E-01 0.02 3.97 131.91 2.78E-0168.46 1.60 0.50 6 3.97E-02 6.01E-02 9.98E-02 1.83 1.40 0.00287 1.97E-01 0.02 4.10 143.71 3.04E-01



72.08 1.65 0.50 6 4.24E-02 6.45E-02 1.07E-01 1.86 1.45 0.00289 2.09E-01 0.02 4.23 156.12 3.31E-0175.77 1.70 0.51 6 4.52E-02 6.91E-02 1.14E-01 1.89 1.49 0.00292 2.21E-01 0.02 4.35 168.78 3.59E-0179.54 1.75 0.51 5 4.81E-02 7.40E-02 1.22E-01 1.92 1.53 0.00294 2.34E-01 0.02 4.47 182.16 3.88E-0183.39 1.80 0.51 5 5.09E-02 7.88E-02 1.30E-01 1.95 1.57 0.00296 2.47E-01 0.02 4.59 195.94 4.19E-0187.31 1.85 0.51 5 5.40E-02 8.40E-02 1.38E-01 1.97 1.62 0.00298 2.60E-01 0.02 4.72 210.63 4.51E-0191.30 1.90 0.51 5 5.70E-02 8.92E-02 1.46E-01 2.00 1.66 0.00300 2.74E-01 0.02 4.83 225.31 4.84E-0195.37 1.95 0.51 5 6.02E-02 9.47E-02 1.55E-01 2.03 1.70 0.00302 2.88E-01 0.02 4.95 240.74 5.19E-0199.51 2.00 0.51 5 6.35E-02 1.00E-01 1.64E-01 2.05 1.74 0.00304 3.02E-01 0.02 5.07 256.86 5.56E-01103.70 2.05 0.52 5 6.68E-02 1.06E-01 1.73E-01 2.08 1.78 0.00306 3.17E-01 0.02 5.19 273.57 5.93E-01108.00 2.10 0.52 5 7.02E-02 1.12E-01 1.82E-01 2.10 1.82 0.00308 3.32E-01 0.02 5.30 290.35 6.32E-01112.40 2.15 0.52 5 7.37E-02 1.18E-01 1.92E-01 2.13 1.86 0.00309 3.48E-01 0.02 5.42 307.88 6.72E-01116.80 2.20 0.52 5 7.72E-02 1.24E-01 2.02E-01 2.15 1.90 0.00311 3.63E-01 0.02 5.53 325.89 7.13E-01121.30 2.25 0.52 5 8.08E-02 1.31E-01 2.12E-01 2.18 1.94 0.00313 3.80E-01 0.02 5.65 344.68 7.56E-01125.90 2.30 0.52 5 8.45E-02 1.37E-01 2.22E-01 2.20 1.98 0.00315 3.96E-01 0.02 5.76 363.42 8.00E-01130.60 2.35 0.52 5 8.83E-02 1.44E-01 2.32E-01 2.22 2.02 0.00316 4.13E-01 0.02 5.87 383.47 8.46E-01135.30 2.40 0.52 5 9.22E-02 1.51E-01 2.43E-01 2.25 2.06 0.00318 4.30E-01 0.02 5.98 403.68 8.94E-01140.10 2.45 0.52 5 9.61E-02 1.58E-01 2.54E-01 2.27 2.10 0.00319 4.47E-01 0.02 6.09 424.43 9.42E-01144.90 2.50 0.53 5 1.00E-01 1.65E-01 2.65E-01 2.29 2.14 0.00321 4.65E-01 0.02 6.20 445.01 9.91E-01149.90 2.55 0.53 5 1.04E-01 1.73E-01 2.77E-01 2.31 2.18 0.00322 4.83E-01 0.02 6.31 466.96 1.04E+00

C.dur.-Solofrone

Fiume Solofrone



Q medsez. a b q 0


0.10

1.00

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100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

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s]


0.00

0.20

0.40

0.60

0.80

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1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

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o ad

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C.dur.-Solofrone


VOLUME m3



Q d S_Alb

C.dur.-Solofrone




Q d S_Alb

54 0.148 -1.047 143.831 3.253 53.852 60 350 2855 0.150 -1.035 141.852 3.208 54.850 59 343 2856 0.153 -1.024 139.927 3.165 55.847 58 337 2757 0.156 -1.012 138.054 3.123 56.844 57 332 2658 0.158 -1.001 136.229 3.081 57.842 55 326 2559 0.161 -0.990 134.451 3.041 58.839 54 321 2460 0.164 -0.978 132.717 3.002 59.836 53 315 2461 0.167 -0.967 131.028 2.964 60.833 52 310 2362 0.169 -0.957 129.379 2.926 61.831 51 305 2263 0.172 -0.946 127.770 2.890 62.828 50 300 2264 0.175 -0.935 126.200 2.854 63.825 49 296 2165 0.178 -0.925 124.666 2.820 64.822 48 291 2166 0.180 -0.914 123.168 2.786 65.820 47 287 2067 0.183 -0.904 121.704 2.753 66.817 46 282 2068 0.186 -0.894 120.273 2.720 67.814 45 278 1969 0.189 -0.883 118.874 2.689 68.811 44 274 1970 0.191 -0.873 117.505 2.658 69.809 43 270 1871 0.194 -0.863 116.166 2.627 70.806 43 266 1872 0.197 -0.853 114.855 2.598 71.803 42 262 1773 0.199 -0.844 113.572 2.569 72.801 41 258 1774 0.202 -0.834 112.316 2.540 73.798 40 255 1675 0.205 -0.824 111.085 2.513 74.795 40 251 1676 0.208 -0.815 109.879 2.485 75.792 39 248 1677 0.210 -0.805 108.698 2.459 76.790 38 244 1578 0.213 -0.796 107.540 2.432 77.787 38 241 1579 0.216 -0.786 106.404 2.407 78.784 37 238 1580 0.219 -0.777 105.290 2.381 79.781 36 234 1481 0.221 -0.768 104.198 2.357 80.779 36 231 1482 0.224 -0.759 103.126 2.333 81.776 35 228 1483 0.227 -0.750 102.074 2.309 82.773 35 225 1384 0.230 -0.740 101.041 2.285 83.770 34 222 1385 0.232 -0.731 100.028 2.262 84.768 33 220 1386 0.235 -0.723 99.032 2.240 85.765 33 217 1287 0.238 -0.714 98.054 2.218 86.762 32 214 1288 0.240 -0.705 97.094 2.196 87.760 32 211 1289 0.243 -0.696 96.151 2.175 88.757 31 209 1290 0.246 -0.687 95.223 2.154 89.754 31 206 1191 0.249 -0.679 94.312 2.133 90.751 30 204 1192 0.251 -0.670 93.416 2.113 91.749 30 201 1193 0.254 -0.662 92.535 2.093 92.746 29 199 1194 0.257 -0.653 91.669 2.073 93.743 29 196 1095 0.260 -0.645 90.817 2.054 94.740 29 194 1096 0.262 -0.636 89.978 2.035 95.738 28 192 1097 0.265 -0.628 89.154 2.017 96.735 28 189 1098 0.268 -0.620 88.342 1.998 97.732 27 187 1099 0.270 -0.611 87.543 1.980 98.730 27 185 9

100 0.273 -0.603 86.757 1.962 99.727 27 183 9101 0.276 -0.595 85.983 1.945 100.724 26 181 9102 0.279 -0.587 85.221 1.928 101.721 26 179 9103 0.281 -0.579 84.471 1.911 102.719 25 177 9104 0.284 -0.571 83.732 1.894 103.716 25 175 9105 0.287 -0.563 83.004 1.877 104.713 25 173 8106 0.290 -0.555 82.287 1.861 105.710 24 171 8

C.dur.-Solofrone




Q d S_Alb

107 0.292 -0.547 81.580 1.845 106.708 24 169 8108 0.295 -0.539 80.884 1.829 107.705 24 167 8109 0.298 -0.531 80.198 1.814 108.702 23 165 8110 0.301 -0.523 79.521 1.799 109.699 23 164 8111 0.303 -0.515 78.854 1.784 110.697 23 162 7112 0.306 -0.507 78.197 1.769 111.694 22 160 7113 0.309 -0.499 77.549 1.754 112.691 22 158 7114 0.311 -0.492 76.910 1.740 113.689 22 157 7115 0.314 -0.484 76.280 1.725 114.686 21 155 7116 0.317 -0.476 75.658 1.711 115.683 21 154 7117 0.320 -0.469 75.044 1.697 116.680 21 152 7118 0.322 -0.461 74.439 1.684 117.678 21 150 7119 0.325 -0.453 73.842 1.670 118.675 20 149 6120 0.328 -0.446 73.253 1.657 119.672 20 147 6121 0.331 -0.438 72.672 1.644 120.669 20 146 6122 0.333 -0.431 72.098 1.631 121.667 20 144 6123 0.336 -0.423 71.532 1.618 122.664 19 143 6124 0.339 -0.416 70.973 1.605 123.661 19 141 6125 0.342 -0.408 70.421 1.593 124.658 19 140 6126 0.344 -0.401 69.876 1.580 125.656 19 139 6127 0.347 -0.393 69.338 1.568 126.653 18 137 6128 0.350 -0.386 68.807 1.556 127.650 18 136 6129 0.352 -0.379 68.282 1.544 128.648 18 135 5130 0.355 -0.371 67.763 1.533 129.645 18 133 5131 0.358 -0.364 67.251 1.521 130.642 18 132 5132 0.361 -0.357 66.745 1.510 131.639 17 131 5133 0.363 -0.349 66.246 1.498 132.637 17 130 5134 0.366 -0.342 65.752 1.487 133.634 17 128 5135 0.369 -0.335 65.264 1.476 134.631 17 127 5136 0.372 -0.328 64.782 1.465 135.628 16 126 5137 0.374 -0.320 64.305 1.454 136.626 16 125 5138 0.377 -0.313 63.834 1.444 137.623 16 123 5139 0.380 -0.306 63.369 1.433 138.620 16 122 5140 0.383 -0.299 62.909 1.423 139.617 16 121 5141 0.385 -0.292 62.454 1.413 140.615 16 120 4142 0.388 -0.285 62.004 1.402 141.612 15 119 4143 0.391 -0.277 61.559 1.392 142.609 15 118 4144 0.393 -0.270 61.120 1.382 143.607 15 117 4145 0.396 -0.263 60.685 1.373 144.604 15 116 4146 0.399 -0.256 60.255 1.363 145.601 15 115 4147 0.402 -0.249 59.829 1.353 146.598 14 114 4148 0.404 -0.242 59.409 1.344 147.596 14 113 4149 0.407 -0.235 58.993 1.334 148.593 14 112 4150 0.410 -0.228 58.581 1.325 149.590 14 111 4151 0.413 -0.221 58.174 1.316 150.587 14 110 4152 0.415 -0.214 57.771 1.307 151.585 14 109 4153 0.418 -0.207 57.372 1.298 152.582 14 108 4154 0.421 -0.200 56.978 1.289 153.579 13 107 4155 0.423 -0.193 56.587 1.280 154.577 13 106 4156 0.426 -0.186 56.201 1.271 155.574 13 105 4157 0.429 -0.179 55.819 1.263 156.571 13 104 3158 0.432 -0.172 55.440 1.254 157.568 13 103 3159 0.434 -0.165 55.066 1.246 158.566 13 102 3

C.dur.-Solofrone




Q d S_Alb

160 0.437 -0.158 54.695 1.237 159.563 12 101 3161 0.440 -0.151 54.328 1.229 160.560 12 100 3162 0.443 -0.144 53.965 1.221 161.557 12 100 3163 0.445 -0.137 53.605 1.212 162.555 12 99 3164 0.448 -0.130 53.249 1.204 163.552 12 98 3165 0.451 -0.124 52.896 1.196 164.549 12 97 3166 0.454 -0.117 52.547 1.189 165.546 12 96 3167 0.456 -0.110 52.201 1.181 166.544 12 95 3168 0.459 -0.103 51.859 1.173 167.541 11 95 3169 0.462 -0.096 51.520 1.165 168.538 11 94 3170 0.464 -0.089 51.184 1.158 169.536 11 93 3171 0.467 -0.082 50.851 1.150 170.533 11 92 3172 0.470 -0.075 50.522 1.143 171.530 11 92 3173 0.473 -0.069 50.195 1.135 172.527 11 91 3174 0.475 -0.062 49.872 1.128 173.525 11 90 3175 0.478 -0.055 49.552 1.121 174.522 11 89 3176 0.481 -0.048 49.234 1.114 175.519 11 89 3177 0.484 -0.041 48.920 1.106 176.516 10 88 3178 0.486 -0.034 48.608 1.099 177.514 10 87 3179 0.489 -0.027 48.299 1.092 178.511 10 86 3180 0.492 -0.021 47.993 1.086 179.508 10 86 2181 0.495 -0.014 47.690 1.079 180.505 10 85 2182 0.497 -0.007 47.390 1.072 181.503 10 84 2183 0.500 0.000 47.092 1.065 182.500 10 84 2184 0.503 0.007 46.797 1.058 183.497 10 83 2185 0.505 0.014 46.504 1.052 184.495 10 82 2186 0.508 0.021 46.214 1.045 185.492 9 82 2187 0.511 0.027 45.927 1.039 186.489 9 81 2188 0.514 0.034 45.642 1.032 187.486 9 80 2189 0.516 0.041 45.360 1.026 188.484 9 80 2190 0.519 0.048 45.080 1.020 189.481 9 79 2191 0.522 0.055 44.802 1.013 190.478 9 78 2192 0.525 0.062 44.527 1.007 191.475 9 78 2193 0.527 0.069 44.254 1.001 192.473 9 77 2194 0.530 0.075 43.983 0.995 193.470 9 77 2195 0.533 0.082 43.715 0.989 194.467 9 76 2196 0.536 0.089 43.449 0.983 195.464 9 75 2197 0.538 0.096 43.185 0.977 196.462 9 75 2198 0.541 0.103 42.923 0.971 197.459 8 74 2199 0.544 0.110 42.664 0.965 198.456 8 74 2200 0.546 0.117 42.406 0.959 199.454 8 73 2201 0.549 0.124 42.151 0.953 200.451 8 73 2202 0.552 0.130 41.898 0.948 201.448 8 72 2203 0.555 0.137 41.646 0.942 202.445 8 71 2204 0.557 0.144 41.397 0.936 203.443 8 71 2205 0.560 0.151 41.150 0.931 204.440 8 70 2206 0.563 0.158 40.905 0.925 205.437 8 70 2207 0.566 0.165 40.661 0.920 206.434 8 69 2208 0.568 0.172 40.420 0.914 207.432 8 69 2209 0.571 0.179 40.180 0.909 208.429 8 68 2210 0.574 0.186 39.943 0.903 209.426 7 68 2211 0.577 0.193 39.707 0.898 210.423 7 67 2212 0.579 0.200 39.473 0.893 211.421 7 67 2

C.dur.-Solofrone




Q d S_Alb

213 0.582 0.207 39.241 0.888 212.418 7 66 2214 0.585 0.214 39.010 0.882 213.415 7 66 2215 0.587 0.221 38.782 0.877 214.413 7 65 2216 0.590 0.228 38.555 0.872 215.410 7 65 2217 0.593 0.235 38.329 0.867 216.407 7 64 2218 0.596 0.242 38.106 0.862 217.404 7 64 1219 0.598 0.249 37.884 0.857 218.402 7 63 1220 0.601 0.256 37.664 0.852 219.399 7 63 1221 0.604 0.263 37.445 0.847 220.396 7 62 1222 0.607 0.270 37.228 0.842 221.393 7 62 1223 0.609 0.277 37.013 0.837 222.391 7 61 1224 0.612 0.285 36.799 0.832 223.388 7 61 1225 0.615 0.292 36.587 0.828 224.385 6 61 1226 0.617 0.299 36.376 0.823 225.383 6 60 1227 0.620 0.306 36.166 0.818 226.380 6 60 1228 0.623 0.313 35.959 0.813 227.377 6 59 1229 0.626 0.320 35.752 0.809 228.374 6 59 1230 0.628 0.328 35.548 0.804 229.372 6 58 1231 0.631 0.335 35.344 0.799 230.369 6 58 1232 0.634 0.342 35.142 0.795 231.366 6 58 1233 0.637 0.349 34.942 0.790 232.363 6 57 1234 0.639 0.357 34.742 0.786 233.361 6 57 1235 0.642 0.364 34.545 0.781 234.358 6 56 1236 0.645 0.371 34.348 0.777 235.355 6 56 1237 0.648 0.379 34.153 0.772 236.352 6 55 1238 0.650 0.386 33.959 0.768 237.350 6 55 1239 0.653 0.393 33.767 0.764 238.347 6 55 1240 0.656 0.401 33.575 0.759 239.344 6 54 1241 0.658 0.408 33.385 0.755 240.342 6 54 1242 0.661 0.416 33.197 0.751 241.339 6 53 1243 0.664 0.423 33.009 0.747 242.336 5 53 1244 0.667 0.431 32.823 0.742 243.333 5 53 1245 0.669 0.438 32.638 0.738 244.331 5 52 1246 0.672 0.446 32.454 0.734 245.328 5 52 1247 0.675 0.453 32.272 0.730 246.325 5 52 1248 0.678 0.461 32.090 0.726 247.322 5 51 1249 0.680 0.469 31.910 0.722 248.320 5 51 1250 0.683 0.476 31.731 0.718 249.317 5 50 1251 0.686 0.484 31.553 0.714 250.314 5 50 1252 0.689 0.492 31.376 0.710 251.311 5 50 1253 0.691 0.499 31.200 0.706 252.309 5 49 1254 0.694 0.507 31.026 0.702 253.306 5 49 1255 0.697 0.515 30.852 0.698 254.303 5 49 1256 0.699 0.523 30.679 0.694 255.301 5 48 1257 0.702 0.531 30.508 0.690 256.298 5 48 1258 0.705 0.539 30.338 0.686 257.295 5 48 1259 0.708 0.547 30.168 0.682 258.292 5 47 1260 0.710 0.555 30.000 0.679 259.290 5 47 1261 0.713 0.563 29.832 0.675 260.287 5 47 1262 0.716 0.571 29.666 0.671 261.284 5 46 1263 0.719 0.579 29.500 0.667 262.281 5 46 1264 0.721 0.587 29.336 0.664 263.279 5 46 1265 0.724 0.595 29.173 0.660 264.276 4 45 1

C.dur.-Solofrone




Q d S_Alb

266 0.727 0.603 29.010 0.656 265.273 4 45 1267 0.730 0.611 28.848 0.653 266.270 4 45 1268 0.732 0.620 28.688 0.649 267.268 4 44 1269 0.735 0.628 28.528 0.645 268.265 4 44 1270 0.738 0.636 28.369 0.642 269.262 4 44 1271 0.740 0.645 28.211 0.638 270.260 4 43 1272 0.743 0.653 28.054 0.635 271.257 4 43 1273 0.746 0.662 27.897 0.631 272.254 4 43 1274 0.749 0.670 27.742 0.627 273.251 4 42 1275 0.751 0.679 27.587 0.624 274.249 4 42 1276 0.754 0.687 27.434 0.621 275.246 4 42 1277 0.757 0.696 27.281 0.617 276.243 4 42 1278 0.760 0.705 27.129 0.614 277.240 4 41 1279 0.762 0.714 26.977 0.610 278.238 4 41 1280 0.765 0.723 26.827 0.607 279.235 4 41 1281 0.768 0.731 26.677 0.603 280.232 4 40 1282 0.770 0.740 26.528 0.600 281.230 4 40 1283 0.773 0.750 26.380 0.597 282.227 4 40 1284 0.776 0.759 26.232 0.593 283.224 4 40 1285 0.779 0.768 26.085 0.590 284.221 4 39 1286 0.781 0.777 25.939 0.587 285.219 4 39 1287 0.784 0.786 25.794 0.583 286.216 4 39 1288 0.787 0.796 25.649 0.580 287.213 4 38 1289 0.790 0.805 25.505 0.577 288.210 4 38 1290 0.792 0.815 25.362 0.574 289.208 4 38 1291 0.795 0.824 25.219 0.570 290.205 4 38 1292 0.798 0.834 25.077 0.567 291.202 4 37 1293 0.801 0.844 24.936 0.564 292.199 3 37 1294 0.803 0.853 24.795 0.561 293.197 3 37 1295 0.806 0.863 24.655 0.558 294.194 3 37 1296 0.809 0.873 24.516 0.555 295.191 3 36 1297 0.811 0.883 24.377 0.551 296.189 3 36 1298 0.814 0.894 24.239 0.548 297.186 3 36 1299 0.817 0.904 24.101 0.545 298.183 3 35 1300 0.820 0.914 23.964 0.542 299.180 3 35 1301 0.822 0.925 23.827 0.539 300.178 3 35 1302 0.825 0.935 23.691 0.536 301.175 3 35 1303 0.828 0.946 23.556 0.533 302.172 3 34 1304 0.831 0.957 23.421 0.530 303.169 3 34 1305 0.833 0.967 23.286 0.527 304.167 3 34 0306 0.836 0.978 23.152 0.524 305.164 3 34 0307 0.839 0.990 23.019 0.521 306.161 3 33 0308 0.842 1.001 22.886 0.518 307.158 3 33 0309 0.844 1.012 22.753 0.515 308.156 3 33 0310 0.847 1.024 22.621 0.512 309.153 3 33 0311 0.850 1.035 22.489 0.509 310.150 3 32 0312 0.852 1.047 22.358 0.506 311.148 3 32 0313 0.855 1.059 22.227 0.503 312.145 3 32 0314 0.858 1.071 22.096 0.500 313.142 3 32 0315 0.861 1.083 21.966 0.497 314.139 3 31 0316 0.863 1.096 21.836 0.494 315.137 3 31 0317 0.866 1.108 21.707 0.491 316.134 3 31 0318 0.869 1.121 21.577 0.488 317.131 3 31 0

C.dur.-Solofrone




Q d S_Alb

319 0.872 1.134 21.449 0.485 318.128 3 31 0320 0.874 1.147 21.320 0.482 319.126 3 30 0321 0.877 1.160 21.192 0.479 320.123 3 30 0322 0.880 1.174 21.064 0.476 321.120 3 30 0323 0.883 1.188 20.936 0.474 322.117 3 30 0324 0.885 1.202 20.808 0.471 323.115 3 29 0325 0.888 1.216 20.681 0.468 324.112 3 29 0326 0.891 1.230 20.553 0.465 325.109 3 29 0327 0.893 1.245 20.426 0.462 326.107 3 29 0328 0.896 1.260 20.299 0.459 327.104 2 28 0329 0.899 1.275 20.172 0.456 328.101 2 28 0330 0.902 1.291 20.045 0.453 329.098 2 28 0331 0.904 1.307 19.918 0.451 330.096 2 28 0332 0.907 1.323 19.791 0.448 331.093 2 28 0333 0.910 1.340 19.664 0.445 332.090 2 27 0334 0.913 1.357 19.537 0.442 333.087 2 27 0335 0.915 1.374 19.410 0.439 334.085 2 27 0336 0.918 1.392 19.283 0.436 335.082 2 27 0337 0.921 1.410 19.155 0.433 336.079 2 26 0338 0.923 1.429 19.027 0.430 337.077 2 26 0339 0.926 1.448 18.899 0.427 338.074 2 26 0340 0.929 1.468 18.771 0.425 339.071 2 26 0341 0.932 1.489 18.642 0.422 340.068 2 26 0342 0.934 1.510 18.513 0.419 341.066 2 25 0343 0.937 1.531 18.383 0.416 342.063 2 25 0344 0.940 1.554 18.252 0.413 343.060 2 25 0345 0.943 1.577 18.121 0.410 344.057 2 25 0346 0.945 1.601 17.988 0.407 345.055 2 24 0347 0.948 1.627 17.855 0.404 346.052 2 24 0348 0.951 1.653 17.721 0.401 347.049 2 24 0349 0.954 1.680 17.585 0.398 348.046 2 24 0350 0.956 1.709 17.448 0.395 349.044 2 23 0351 0.959 1.739 17.309 0.392 350.041 2 23 0352 0.962 1.771 17.169 0.388 351.038 2 23 0353 0.964 1.805 17.026 0.385 352.036 2 23 0354 0.967 1.841 16.881 0.382 353.033 2 22 0355 0.970 1.880 16.732 0.378 354.030 2 22 0356 0.973 1.922 16.580 0.375 355.027 2 22 0357 0.975 1.967 16.425 0.371 356.025 2 22 0358 0.978 2.017 16.264 0.368 357.022 2 21 0359 0.981 2.072 16.097 0.364 358.019 2 21 0360 0.984 2.135 15.922 0.360 359.016 2 21 0361 0.986 2.207 15.737 0.356 360.014 2 21 0362 0.989 2.293 15.538 0.351 361.011 2 20 0363 0.992 2.400 15.320 0.347 362.008 2 20 0364 0.995 2.545 15.069 0.341 363.005 2 19 0365 0.997 2.778 14.752 0.334 364.003 1 19 0


IDRAULICA

Κστ 27S= 0.0011g= 9.81


1.34 1.67


Dgr= 25.270n= 0.215A= 0.186m= 1.722C= 0.033



y = 0.0002x1.2845

R2 = 0.9991

y = 4E-06x1.8881

R2 = 0.9866

0.00

0.01

0.02

0.03

0.04

0.05

0.06

0 10 20 30 40 50 60 70 80 90


0

0.5

1

1.5

2

2.5

3

3.5

0 2 4 6 8 10 12 14 16 18 20


IDRAULICA


3.86 0.50 0.001 0.035 13.00 0.57 0.02 6.75 14.41 0.47 14.00 0.26 0.21 0.07 54.52 0.55 0.001 0.035 13.00 0.61 0.02 7.45 14.56 0.51 14.10 0.27 0.23 0.07 65.22 0.60 0.001 0.035 13.00 0.64 0.02 8.16 14.70 0.56 14.20 0.27 0.25 0.08 65.97 0.65 0.001 0.035 13.00 0.67 0.02 8.87 14.84 0.60 14.30 0.27 0.28 0.08 66.75 0.70 0.001 0.035 13.00 0.70 0.03 9.59 14.98 0.64 14.40 0.28 0.30 0.08 77.57 0.75 0.001 0.035 13.00 0.73 0.03 10.31 15.12 0.68 14.50 0.28 0.32 0.09 78.43 0.80 0.001 0.035 13.00 0.76 0.03 11.04 15.26 0.72 14.60 0.28 0.35 0.09 89.33 0.85 0.001 0.035 13.00 0.79 0.03 11.77 15.40 0.76 14.70 0.28 0.37 0.09 810.26 0.90 0.001 0.035 13.00 0.82 0.03 12.51 15.55 0.80 14.80 0.28 0.39 0.09 911.22 0.95 0.001 0.035 13.00 0.85 0.04 13.25 15.69 0.84 14.90 0.29 0.42 0.10 912.22 1.00 0.001 0.035 13.00 0.87 0.04 14.00 15.83 0.88 15.00 0.29 0.44 0.10 1013.26 1.05 0.001 0.035 13.00 0.90 0.04 14.75 15.97 0.92 15.10 0.29 0.47 0.10 1014.33 1.10 0.001 0.035 13.00 0.92 0.04 15.51 16.11 0.96 15.20 0.29 0.49 0.10 1015.43 1.15 0.001 0.035 13.00 0.95 0.05 16.27 16.25 1.00 15.30 0.29 0.52 0.10 1116.57 1.20 0.001 0.035 13.00 0.97 0.05 17.04 16.39 1.04 15.40 0.30 0.54 0.11 1117.74 1.25 0.001 0.035 13.00 1.00 0.05 17.81 16.54 1.08 15.50 0.30 0.57 0.11 1218.94 1.30 0.001 0.035 13.00 1.02 0.05 18.59 16.68 1.12 15.60 0.30 0.59 0.11 1220.17 1.35 0.001 0.035 13.00 1.04 0.06 19.37 16.82 1.15 15.70 0.30 0.62 0.11 1221.44 1.40 0.001 0.035 13.00 1.06 0.06 20.16 16.96 1.19 15.80 0.30 0.64 0.11 1322.73 1.45 0.001 0.035 13.00 1.09 0.06 20.95 17.10 1.23 15.90 0.30 0.67 0.11 1324.06 1.50 0.001 0.035 13.00 1.11 0.06 21.75 17.24 1.26 16.00 0.30 0.69 0.12 1425.42 1.55 0.001 0.035 13.00 1.13 0.06 22.55 17.38 1.30 16.10 0.30 0.72 0.12 1426.81 1.60 0.001 0.035 13.00 1.15 0.07 23.36 17.53 1.33 16.20 0.31 0.74 0.12 1428.23 1.65 0.001 0.035 13.00 1.17 0.07 24.17 17.67 1.37 16.30 0.31 0.77 0.12 1529.68 1.70 0.001 0.035 13.00 1.19 0.07 24.99 17.81 1.40 16.40 0.31 0.79 0.12 1531.16 1.75 0.001 0.035 13.00 1.21 0.07 25.81 17.95 1.44 16.50 0.31 0.82 0.12 1632.67 1.80 0.001 0.035 13.00 1.23 0.08 26.64 18.09 1.47 16.60 0.31 0.84 0.13 1634.22 1.85 0.001 0.035 13.00 1.25 0.08 27.47 18.23 1.51 16.70 0.31 0.87 0.13 1635.79 1.90 0.001 0.035 13.00 1.26 0.08 28.31 18.37 1.54 16.80 0.31 0.90 0.13 1737.39 1.95 0.001 0.035 13.00 1.28 0.08 29.15 18.52 1.57 16.90 0.31 0.92 0.13 1739.02 2.00 0.001 0.035 13.00 1.30 0.09 30.00 18.66 1.61 17.00 0.31 0.95 0.13 1740.68 2.05 0.001 0.035 13.00 1.32 0.09 30.85 18.80 1.64 17.10 0.31 0.97 0.13 18



42.37 2.10 0.001 0.035 13.00 1.34 0.09 31.71 18.94 1.67 17.20 0.31 1.00 0.13 1844.09 2.15 0.001 0.035 13.00 1.35 0.09 32.57 19.08 1.71 17.30 0.32 1.03 0.14 1845.84 2.20 0.001 0.035 13.00 1.37 0.10 33.44 19.22 1.74 17.40 0.32 1.05 0.14 1947.61 2.25 0.001 0.035 13.00 1.39 0.10 34.31 19.36 1.77 17.50 0.32 1.08 0.14 1949.42 2.30 0.001 0.035 13.00 1.40 0.10 35.19 19.51 1.80 17.60 0.32 1.11 0.14 1951.25 2.35 0.001 0.035 13.00 1.42 0.10 36.07 19.65 1.84 17.70 0.32 1.13 0.14 2053.12 2.40 0.001 0.035 13.00 1.44 0.11 36.96 19.79 1.87 17.80 0.32 1.16 0.14 2055.01 2.45 0.001 0.035 13.00 1.45 0.11 37.85 19.93 1.90 17.90 0.32 1.18 0.14 2056.93 2.50 0.001 0.035 13.00 1.47 0.11 38.75 20.07 1.93 18.00 0.32 1.21 0.14 2158.88 2.55 0.001 0.035 13.00 1.49 0.11 39.65 20.21 1.96 18.10 0.32 1.24 0.15 2160.86 2.60 0.001 0.035 13.00 1.50 0.11 40.56 20.35 1.99 18.20 0.32 1.26 0.15 2262.87 2.65 0.001 0.035 13.00 1.52 0.12 41.47 20.50 2.02 18.30 0.32 1.29 0.15 2264.91 2.70 0.001 0.035 13.00 1.53 0.12 42.39 20.64 2.05 18.40 0.32 1.32 0.15 2266.97 2.75 0.001 0.035 13.00 1.55 0.12 43.31 20.78 2.09 18.50 0.32 1.34 0.15 2269.07 2.80 0.001 0.035 13.00 1.56 0.12 44.24 20.92 2.12 18.60 0.32 1.37 0.15 2371.19 2.85 0.001 0.035 13.00 1.58 0.13 45.17 21.06 2.15 18.70 0.32 1.40 0.15 2373.34 2.90 0.001 0.035 13.00 1.59 0.13 46.11 21.20 2.18 18.80 0.32 1.43 0.15 2375.52 2.95 0.001 0.035 13.00 1.61 0.13 47.05 21.34 2.20 18.90 0.32 1.45 0.15 2477.73 3.00 0.001 0.035 13.00 1.62 0.13 48.00 21.49 2.23 19.00 0.33 1.48 0.16 24


Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s3.86 0.50 0.44 10 1.18E-05 1.42E-05 2.60E-05 0.44 0.06 0.00024 9.08E-04 0.03 0.00 0.00 0.00E+004.52 0.55 0.45 10 2.03E-05 2.48E-05 4.51E-05 0.47 0.07 0.00025 1.15E-03 0.03 0.00 0.00 0.00E+005.22 0.60 0.45 9 3.14E-05 3.90E-05 7.04E-05 0.49 0.08 0.00027 1.42E-03 0.03 0.00 0.00 0.00E+005.97 0.65 0.46 9 4.55E-05 5.74E-05 1.03E-04 0.51 0.09 0.00029 1.72E-03 0.03 0.00 0.00 0.00E+006.75 0.70 0.46 9 6.25E-05 8.01E-05 1.43E-04 0.53 0.09 0.00030 2.05E-03 0.03 0.00 0.00 0.00E+007.57 0.75 0.46 8 8.27E-05 1.07E-04 1.90E-04 0.55 0.10 0.00032 2.41E-03 0.03 0.00 0.00 0.00E+008.43 0.80 0.47 8 1.06E-04 1.40E-04 2.46E-04 0.57 0.11 0.00033 2.79E-03 0.03 0.00 0.00 0.00E+009.33 0.85 0.47 8 1.33E-04 1.77E-04 3.10E-04 0.59 0.12 0.00034 3.20E-03 0.03 0.02 0.00 6.31E-0710.26 0.90 0.47 8 1.63E-04 2.19E-04 3.82E-04 0.61 0.13 0.00036 3.65E-03 0.03 0.06 0.00 6.91E-0611.22 0.95 0.48 7 1.96E-04 2.67E-04 4.63E-04 0.62 0.14 0.00037 4.11E-03 0.03 0.10 0.01 2.25E-0512.22 1.00 0.48 7 2.33E-04 3.20E-04 5.53E-04 0.64 0.15 0.00038 4.60E-03 0.03 0.14 0.03 4.94E-0513.26 1.05 0.48 7 2.73E-04 3.80E-04 6.53E-04 0.66 0.16 0.00039 5.13E-03 0.03 0.18 0.05 8.88E-0514.33 1.10 0.48 7 3.17E-04 4.44E-04 7.61E-04 0.67 0.17 0.00040 5.68E-03 0.03 0.21 0.08 1.42E-0415.43 1.15 0.49 7 3.64E-04 5.15E-04 8.79E-04 0.69 0.18 0.00041 6.25E-03 0.03 0.24 0.12 2.09E-0416.57 1.20 0.49 7 4.15E-04 5.92E-04 1.01E-03 0.71 0.19 0.00041 6.86E-03 0.03 0.28 0.16 2.91E-0417.74 1.25 0.49 6 4.69E-04 6.75E-04 1.14E-03 0.72 0.20 0.00042 7.49E-03 0.03 0.31 0.21 3.89E-0418.94 1.30 0.49 6 5.27E-04 7.64E-04 1.29E-03 0.74 0.21 0.00043 8.14E-03 0.02 0.34 0.28 5.05E-0420.17 1.35 0.49 6 5.87E-04 8.57E-04 1.44E-03 0.75 0.22 0.00044 8.81E-03 0.02 0.37 0.35 6.35E-0421.44 1.40 0.50 6 6.51E-04 9.58E-04 1.61E-03 0.76 0.23 0.00044 9.52E-03 0.02 0.40 0.43 7.82E-0422.73 1.45 0.50 6 7.20E-04 1.07E-03 1.79E-03 0.78 0.24 0.00045 1.03E-02 0.02 0.43 0.51 9.45E-0424.06 1.50 0.50 6 7.91E-04 1.18E-03 1.97E-03 0.79 0.25 0.00046 1.10E-02 0.02 0.46 0.61 1.12E-0325.42 1.55 0.50 6 8.66E-04 1.30E-03 2.17E-03 0.80 0.26 0.00046 1.18E-02 0.02 0.49 0.72 1.32E-0326.81 1.60 0.50 6 9.46E-04 1.43E-03 2.38E-03 0.82 0.27 0.00047 1.26E-02 0.02 0.52 0.83 1.54E-0328.23 1.65 0.50 6 1.03E-03 1.56E-03 2.59E-03 0.83 0.28 0.00048 1.35E-02 0.02 0.55 0.95 1.78E-0329.68 1.70 0.51 6 1.11E-03 1.70E-03 2.82E-03 0.84 0.29 0.00048 1.43E-02 0.02 0.58 1.08 2.03E-0331.16 1.75 0.51 6 1.20E-03 1.85E-03 3.04E-03 0.85 0.30 0.00049 1.52E-02 0.02 0.60 1.23 2.30E-0332.67 1.80 0.51 5 1.29E-03 2.00E-03 3.30E-03 0.87 0.31 0.00049 1.62E-02 0.02 0.63 1.38 2.60E-0334.22 1.85 0.51 5 1.39E-03 2.16E-03 3.54E-03 0.88 0.31 0.00050 1.71E-02 0.02 0.66 1.53 2.90E-0335.79 1.90 0.51 5 1.49E-03 2.33E-03 3.81E-03 0.89 0.32 0.00050 1.81E-02 0.02 0.68 1.70 3.23E-0337.39 1.95 0.51 5 1.59E-03 2.50E-03 4.08E-03 0.90 0.33 0.00051 1.91E-02 0.02 0.71 1.87 3.56E-0339.02 2.00 0.51 5 1.70E-03 2.68E-03 4.38E-03 0.91 0.34 0.00052 2.01E-02 0.02 0.74 2.06 3.94E-0340.68 2.05 0.51 5 1.80E-03 2.86E-03 4.66E-03 0.92 0.35 0.00052 2.11E-02 0.02 0.76 2.25 4.31E-03


C.dur.-Testene

Fiume Testene


S_Alb. 1.499 -2.190 6.678 1.375 β 1.888 1.284 3.396Qc 0.000 m3/s Wst 827 10796 152W l 4.E+07 m3 Wst/Wl 2.03E-05 0.000265473 3.742E-06

Q medsez. a b q 0


0.01

0.10

1.00

10.00

100.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

[mc/

s]


0.00

0.20

0.40

0.60

0.80

1.00

1.20

1.40

1.60

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

port

o ad

imen

sion

aliz

zato


C.dur.-Testene


Q d S_AlbVOLUME m3



C.dur.-Testene


VOLUME m3



54 0.148 -1.047 150.908 2.074 53.852 1 40 055 0.150 -1.035 148.323 2.039 54.850 1 39 056 0.153 -1.024 145.815 2.004 55.847 1 38 057 0.156 -1.012 143.379 1.971 56.844 1 37 058 0.158 -1.001 141.014 1.938 57.842 1 36 059 0.161 -0.990 138.715 1.907 58.839 1 36 060 0.164 -0.978 136.481 1.876 59.836 1 35 061 0.167 -0.967 134.307 1.846 60.833 1 34 062 0.169 -0.957 132.193 1.817 61.831 1 33 063 0.172 -0.946 130.134 1.789 62.828 1 33 064 0.175 -0.935 128.130 1.761 63.825 1 32 065 0.178 -0.925 126.177 1.735 64.822 1 31 066 0.180 -0.914 124.275 1.708 65.820 1 31 067 0.183 -0.904 122.420 1.683 66.817 1 30 068 0.186 -0.894 120.611 1.658 67.814 1 30 069 0.189 -0.883 118.846 1.634 68.811 1 29 070 0.191 -0.873 117.125 1.610 69.809 1 29 071 0.194 -0.863 115.444 1.587 70.806 1 28 072 0.197 -0.853 113.803 1.564 71.803 1 28 073 0.199 -0.844 112.200 1.542 72.801 1 27 074 0.202 -0.834 110.634 1.521 73.798 1 27 075 0.205 -0.824 109.103 1.500 74.795 1 26 076 0.208 -0.815 107.607 1.479 75.792 1 26 077 0.210 -0.805 106.144 1.459 76.790 1 25 078 0.213 -0.796 104.713 1.439 77.787 1 25 079 0.216 -0.786 103.313 1.420 78.784 1 24 080 0.219 -0.777 101.944 1.401 79.781 1 24 081 0.221 -0.768 100.603 1.383 80.779 1 24 082 0.224 -0.759 99.290 1.365 81.776 1 23 083 0.227 -0.750 98.005 1.347 82.773 1 23 084 0.230 -0.740 96.745 1.330 83.770 1 22 085 0.232 -0.731 95.512 1.313 84.768 1 22 086 0.235 -0.723 94.303 1.296 85.765 1 22 087 0.238 -0.714 93.118 1.280 86.762 1 21 088 0.240 -0.705 91.957 1.264 87.760 1 21 089 0.243 -0.696 90.818 1.248 88.757 1 21 090 0.246 -0.687 89.701 1.233 89.754 1 20 091 0.249 -0.679 88.606 1.218 90.751 1 20 092 0.251 -0.670 87.531 1.203 91.749 1 20 093 0.254 -0.662 86.476 1.189 92.746 0 19 094 0.257 -0.653 85.441 1.175 93.743 0 19 095 0.260 -0.645 84.425 1.161 94.740 0 19 096 0.262 -0.636 83.428 1.147 95.738 0 19 097 0.265 -0.628 82.448 1.133 96.735 0 18 098 0.268 -0.620 81.486 1.120 97.732 0 18 099 0.270 -0.611 80.541 1.107 98.730 0 18 0

100 0.273 -0.603 79.613 1.094 99.727 0 17 0101 0.276 -0.595 78.701 1.082 100.724 0 17 0102 0.279 -0.587 77.804 1.070 101.721 0 17 0103 0.281 -0.579 76.923 1.057 102.719 0 17 0104 0.284 -0.571 76.057 1.046 103.716 0 16 0105 0.287 -0.563 75.205 1.034 104.713 0 16 0106 0.290 -0.555 74.368 1.022 105.710 0 16 0

C.dur.-Testene


VOLUME m3



107 0.292 -0.547 73.545 1.011 106.708 0 16 0108 0.295 -0.539 72.735 1.000 107.705 0 16 0109 0.298 -0.531 71.938 0.989 108.702 0 15 0110 0.301 -0.523 71.154 0.978 109.699 0 15 0111 0.303 -0.515 70.383 0.968 110.697 0 15 0112 0.306 -0.507 69.624 0.957 111.694 0 15 0113 0.309 -0.499 68.877 0.947 112.691 0 14 0114 0.311 -0.492 68.141 0.937 113.689 0 14 0115 0.314 -0.484 67.417 0.927 114.686 0 14 0116 0.317 -0.476 66.705 0.917 115.683 0 14 0117 0.320 -0.469 66.003 0.907 116.680 0 14 0118 0.322 -0.461 65.312 0.898 117.678 0 14 0119 0.325 -0.453 64.631 0.888 118.675 0 13 0120 0.328 -0.446 63.960 0.879 119.672 0 13 0121 0.331 -0.438 63.300 0.870 120.669 0 13 0122 0.333 -0.431 62.649 0.861 121.667 0 13 0123 0.336 -0.423 62.008 0.852 122.664 0 13 0124 0.339 -0.416 61.376 0.844 123.661 0 12 0125 0.342 -0.408 60.753 0.835 124.658 0 12 0126 0.344 -0.401 60.139 0.827 125.656 0 12 0127 0.347 -0.393 59.534 0.818 126.653 0 12 0128 0.350 -0.386 58.938 0.810 127.650 0 12 0129 0.352 -0.379 58.350 0.802 128.648 0 12 0130 0.355 -0.371 57.770 0.794 129.645 0 12 0131 0.358 -0.364 57.198 0.786 130.642 0 11 0132 0.361 -0.357 56.634 0.779 131.639 0 11 0133 0.363 -0.349 56.078 0.771 132.637 0 11 0134 0.366 -0.342 55.530 0.763 133.634 0 11 0135 0.369 -0.335 54.988 0.756 134.631 0 11 0136 0.372 -0.328 54.455 0.749 135.628 0 11 0137 0.374 -0.320 53.928 0.741 136.626 0 11 0138 0.377 -0.313 53.408 0.734 137.623 0 10 0139 0.380 -0.306 52.895 0.727 138.620 0 10 0140 0.383 -0.299 52.389 0.720 139.617 0 10 0141 0.385 -0.292 51.890 0.713 140.615 0 10 0142 0.388 -0.285 51.397 0.707 141.612 0 10 0143 0.391 -0.277 50.910 0.700 142.609 0 10 0144 0.393 -0.270 50.430 0.693 143.607 0 10 0145 0.396 -0.263 49.955 0.687 144.604 0 10 0146 0.399 -0.256 49.487 0.680 145.601 0 9 0147 0.402 -0.249 49.025 0.674 146.598 0 9 0148 0.404 -0.242 48.568 0.668 147.596 0 9 0149 0.407 -0.235 48.117 0.661 148.593 0 9 0150 0.410 -0.228 47.672 0.655 149.590 0 9 0151 0.413 -0.221 47.232 0.649 150.587 0 9 0152 0.415 -0.214 46.798 0.643 151.585 0 9 0153 0.418 -0.207 46.368 0.637 152.582 0 9 0154 0.421 -0.200 45.944 0.632 153.579 0 9 0155 0.423 -0.193 45.526 0.626 154.577 0 8 0156 0.426 -0.186 45.112 0.620 155.574 0 8 0157 0.429 -0.179 44.703 0.615 156.571 0 8 0158 0.432 -0.172 44.299 0.609 157.568 0 8 0159 0.434 -0.165 43.900 0.603 158.566 0 8 0

C.dur.-Testene


VOLUME m3



160 0.437 -0.158 43.505 0.598 159.563 0 8 0161 0.440 -0.151 43.115 0.593 160.560 0 8 0162 0.443 -0.144 42.730 0.587 161.557 0 8 0163 0.445 -0.137 42.349 0.582 162.555 0 8 0164 0.448 -0.130 41.972 0.577 163.552 0 8 0165 0.451 -0.124 41.600 0.572 164.549 0 8 0166 0.454 -0.117 41.232 0.567 165.546 0 7 0167 0.456 -0.110 40.868 0.562 166.544 0 7 0168 0.459 -0.103 40.508 0.557 167.541 0 7 0169 0.462 -0.096 40.152 0.552 168.538 0 7 0170 0.464 -0.089 39.801 0.547 169.536 0 7 0171 0.467 -0.082 39.453 0.542 170.533 0 7 0172 0.470 -0.075 39.109 0.538 171.530 0 7 0173 0.473 -0.069 38.769 0.533 172.527 0 7 0174 0.475 -0.062 38.432 0.528 173.525 0 7 0175 0.478 -0.055 38.099 0.524 174.522 0 7 0176 0.481 -0.048 37.770 0.519 175.519 0 7 0177 0.484 -0.041 37.444 0.515 176.516 0 7 0178 0.486 -0.034 37.122 0.510 177.514 0 7 0179 0.489 -0.027 36.804 0.506 178.511 0 6 0180 0.492 -0.021 36.488 0.502 179.508 0 6 0181 0.495 -0.014 36.176 0.497 180.505 0 6 0182 0.497 -0.007 35.868 0.493 181.503 0 6 0183 0.500 0.000 35.562 0.489 182.500 0 6 0184 0.503 0.007 35.260 0.485 183.497 0 6 0185 0.505 0.014 34.961 0.481 184.495 0 6 0186 0.508 0.021 34.665 0.477 185.492 0 6 0187 0.511 0.027 34.372 0.472 186.489 0 6 0188 0.514 0.034 34.082 0.469 187.486 0 6 0189 0.516 0.041 33.795 0.465 188.484 0 6 0190 0.519 0.048 33.511 0.461 189.481 0 6 0191 0.522 0.055 33.230 0.457 190.478 0 6 0192 0.525 0.062 32.952 0.453 191.475 0 6 0193 0.527 0.069 32.676 0.449 192.473 0 6 0194 0.530 0.075 32.403 0.445 193.470 0 5 0195 0.533 0.082 32.133 0.442 194.467 0 5 0196 0.536 0.089 31.866 0.438 195.464 0 5 0197 0.538 0.096 31.601 0.434 196.462 0 5 0198 0.541 0.103 31.339 0.431 197.459 0 5 0199 0.544 0.110 31.080 0.427 198.456 0 5 0200 0.546 0.117 30.823 0.424 199.454 0 5 0201 0.549 0.124 30.568 0.420 200.451 0 5 0202 0.552 0.130 30.316 0.417 201.448 0 5 0203 0.555 0.137 30.067 0.413 202.445 0 5 0204 0.557 0.144 29.820 0.410 203.443 0 5 0205 0.560 0.151 29.575 0.407 204.440 0 5 0206 0.563 0.158 29.332 0.403 205.437 0 5 0207 0.566 0.165 29.092 0.400 206.434 0 5 0208 0.568 0.172 28.854 0.397 207.432 0 5 0209 0.571 0.179 28.619 0.393 208.429 0 5 0210 0.574 0.186 28.385 0.390 209.426 0 5 0211 0.577 0.193 28.154 0.387 210.423 0 5 0212 0.579 0.200 27.925 0.384 211.421 0 5 0

C.dur.-Testene


VOLUME m3



213 0.582 0.207 27.698 0.381 212.418 0 4 0214 0.585 0.214 27.473 0.378 213.415 0 4 0215 0.587 0.221 27.250 0.375 214.413 0 4 0216 0.590 0.228 27.030 0.372 215.410 0 4 0217 0.593 0.235 26.811 0.369 216.407 0 4 0218 0.596 0.242 26.594 0.366 217.404 0 4 0219 0.598 0.249 26.380 0.363 218.402 0 4 0220 0.601 0.256 26.167 0.360 219.399 0 4 0221 0.604 0.263 25.956 0.357 220.396 0 4 0222 0.607 0.270 25.747 0.354 221.393 0 4 0223 0.609 0.277 25.540 0.351 222.391 0 4 0224 0.612 0.285 25.334 0.348 223.388 0 4 0225 0.615 0.292 25.131 0.345 224.385 0 4 0226 0.617 0.299 24.929 0.343 225.383 0 4 0227 0.620 0.306 24.729 0.340 226.380 0 4 0228 0.623 0.313 24.531 0.337 227.377 0 4 0229 0.626 0.320 24.335 0.335 228.374 0 4 0230 0.628 0.328 24.140 0.332 229.372 0 4 0231 0.631 0.335 23.947 0.329 230.369 0 4 0232 0.634 0.342 23.756 0.327 231.366 0 4 0233 0.637 0.349 23.566 0.324 232.363 0 4 0234 0.639 0.357 23.378 0.321 233.361 0 4 0235 0.642 0.364 23.192 0.319 234.358 0 4 0236 0.645 0.371 23.007 0.316 235.355 0 4 0237 0.648 0.379 22.824 0.314 236.352 0 4 0238 0.650 0.386 22.642 0.311 237.350 0 3 0239 0.653 0.393 22.462 0.309 238.347 0 3 0240 0.656 0.401 22.283 0.306 239.344 0 3 0241 0.658 0.408 22.106 0.304 240.342 0 3 0242 0.661 0.416 21.931 0.301 241.339 0 3 0243 0.664 0.423 21.756 0.299 242.336 0 3 0244 0.667 0.431 21.584 0.297 243.333 0 3 0245 0.669 0.438 21.412 0.294 244.331 0 3 0246 0.672 0.446 21.243 0.292 245.328 0 3 0247 0.675 0.453 21.074 0.290 246.325 0 3 0248 0.678 0.461 20.907 0.287 247.322 0 3 0249 0.680 0.469 20.741 0.285 248.320 0 3 0250 0.683 0.476 20.577 0.283 249.317 0 3 0251 0.686 0.484 20.414 0.281 250.314 0 3 0252 0.689 0.492 20.252 0.278 251.311 0 3 0253 0.691 0.499 20.091 0.276 252.309 0 3 0254 0.694 0.507 19.932 0.274 253.306 0 3 0255 0.697 0.515 19.774 0.272 254.303 0 3 0256 0.699 0.523 19.618 0.270 255.301 0 3 0257 0.702 0.531 19.462 0.268 256.298 0 3 0258 0.705 0.539 19.308 0.265 257.295 0 3 0259 0.708 0.547 19.155 0.263 258.292 0 3 0260 0.710 0.555 19.003 0.261 259.290 0 3 0261 0.713 0.563 18.853 0.259 260.287 0 3 0262 0.716 0.571 18.703 0.257 261.284 0 3 0263 0.719 0.579 18.555 0.255 262.281 0 3 0264 0.721 0.587 18.408 0.253 263.279 0 3 0265 0.724 0.595 18.262 0.251 264.276 0 3 0

C.dur.-Testene


VOLUME m3



266 0.727 0.603 18.117 0.249 265.273 0 3 0267 0.730 0.611 17.973 0.247 266.270 0 3 0268 0.732 0.620 17.830 0.245 267.268 0 3 0269 0.735 0.628 17.689 0.243 268.265 0 3 0270 0.738 0.636 17.548 0.241 269.262 0 2 0271 0.740 0.645 17.409 0.239 270.260 0 2 0272 0.743 0.653 17.270 0.237 271.257 0 2 0273 0.746 0.662 17.133 0.236 272.254 0 2 0274 0.749 0.670 16.997 0.234 273.251 0 2 0275 0.751 0.679 16.861 0.232 274.249 0 2 0276 0.754 0.687 16.727 0.230 275.246 0 2 0277 0.757 0.696 16.593 0.228 276.243 0 2 0278 0.760 0.705 16.461 0.226 277.240 0 2 0279 0.762 0.714 16.330 0.224 278.238 0 2 0280 0.765 0.723 16.199 0.223 279.235 0 2 0281 0.768 0.731 16.070 0.221 280.232 0 2 0282 0.770 0.740 15.941 0.219 281.230 0 2 0283 0.773 0.750 15.813 0.217 282.227 0 2 0284 0.776 0.759 15.686 0.216 283.224 0 2 0285 0.779 0.768 15.560 0.214 284.221 0 2 0286 0.781 0.777 15.435 0.212 285.219 0 2 0287 0.784 0.786 15.311 0.210 286.216 0 2 0288 0.787 0.796 15.188 0.209 287.213 0 2 0289 0.790 0.805 15.066 0.207 288.210 0 2 0290 0.792 0.815 14.944 0.205 289.208 0 2 0291 0.795 0.824 14.823 0.204 290.205 0 2 0292 0.798 0.834 14.703 0.202 291.202 0 2 0293 0.801 0.844 14.584 0.200 292.199 0 2 0294 0.803 0.853 14.466 0.199 293.197 0 2 0295 0.806 0.863 14.348 0.197 294.194 0 2 0296 0.809 0.873 14.232 0.196 295.191 0 2 0297 0.811 0.883 14.116 0.194 296.189 0 2 0298 0.814 0.894 14.001 0.192 297.186 0 2 0299 0.817 0.904 13.886 0.191 298.183 0 2 0300 0.820 0.914 13.772 0.189 299.180 0 2 0301 0.822 0.925 13.659 0.188 300.178 0 2 0302 0.825 0.935 13.547 0.186 301.175 0 2 0303 0.828 0.946 13.436 0.185 302.172 0 2 0304 0.831 0.957 13.325 0.183 303.169 0 2 0305 0.833 0.967 13.215 0.182 304.167 0 2 0306 0.836 0.978 13.105 0.180 305.164 0 2 0307 0.839 0.990 12.997 0.179 306.161 0 2 0308 0.842 1.001 12.888 0.177 307.158 0 2 0309 0.844 1.012 12.781 0.176 308.156 0 2 0310 0.847 1.024 12.674 0.174 309.153 0 2 0311 0.850 1.035 12.568 0.173 310.150 0 2 0312 0.852 1.047 12.462 0.171 311.148 0 2 0313 0.855 1.059 12.357 0.170 312.145 0 2 0314 0.858 1.071 12.253 0.168 313.142 0 2 0315 0.861 1.083 12.149 0.167 314.139 0 2 0316 0.863 1.096 12.046 0.166 315.137 0 2 0317 0.866 1.108 11.943 0.164 316.134 0 2 0318 0.869 1.121 11.841 0.163 317.131 0 2 0

C.dur.-Testene


VOLUME m3



319 0.872 1.134 11.740 0.161 318.128 0 1 0320 0.874 1.147 11.639 0.160 319.126 0 1 0321 0.877 1.160 11.538 0.159 320.123 0 1 0322 0.880 1.174 11.438 0.157 321.120 0 1 0323 0.883 1.188 11.339 0.156 322.117 0 1 0324 0.885 1.202 11.240 0.155 323.115 0 1 0325 0.888 1.216 11.141 0.153 324.112 0 1 0326 0.891 1.230 11.043 0.152 325.109 0 1 0327 0.893 1.245 10.946 0.150 326.107 0 1 0328 0.896 1.260 10.848 0.149 327.104 0 1 0329 0.899 1.275 10.751 0.148 328.101 0 1 0330 0.902 1.291 10.655 0.146 329.098 0 1 0331 0.904 1.307 10.559 0.145 330.096 0 1 0332 0.907 1.323 10.463 0.144 331.093 0 1 0333 0.910 1.340 10.368 0.143 332.090 0 1 0334 0.913 1.357 10.273 0.141 333.087 0 1 0335 0.915 1.374 10.178 0.140 334.085 0 1 0336 0.918 1.392 10.083 0.139 335.082 0 1 0337 0.921 1.410 9.989 0.137 336.079 0 1 0338 0.923 1.429 9.895 0.136 337.077 0 1 0339 0.926 1.448 9.801 0.135 338.074 0 1 0340 0.929 1.468 9.708 0.133 339.071 0 1 0341 0.932 1.489 9.614 0.132 340.068 0 1 0342 0.934 1.510 9.521 0.131 341.066 0 1 0343 0.937 1.531 9.427 0.130 342.063 0 1 0344 0.940 1.554 9.334 0.128 343.060 0 1 0345 0.943 1.577 9.240 0.127 344.057 0 1 0346 0.945 1.601 9.147 0.126 345.055 0 1 0347 0.948 1.627 9.053 0.124 346.052 0 1 0348 0.951 1.653 8.959 0.123 347.049 0 1 0349 0.954 1.680 8.865 0.122 348.046 0 1 0350 0.956 1.709 8.770 0.121 349.044 0 1 0351 0.959 1.739 8.675 0.119 350.041 0 1 0352 0.962 1.771 8.580 0.118 351.038 0 1 0353 0.964 1.805 8.483 0.117 352.036 0 1 0354 0.967 1.841 8.386 0.115 353.033 0 1 0355 0.970 1.880 8.287 0.114 354.030 0 1 0356 0.973 1.922 8.187 0.113 355.027 0 1 0357 0.975 1.967 8.086 0.111 356.025 0 1 0358 0.978 2.017 7.982 0.110 357.022 0 1 0359 0.981 2.072 7.876 0.108 358.019 0 1 0360 0.984 2.135 7.766 0.107 359.016 0 1 0361 0.986 2.207 7.652 0.105 360.014 0 1 0362 0.989 2.293 7.532 0.104 361.011 0 1 0363 0.992 2.400 7.402 0.102 362.008 0 1 0364 0.995 2.545 7.257 0.100 363.005 0 1 0365 0.997 2.778 7.083 0.097 364.003 0 1 0

FUORNIFiume FUORNI

IDRAULICA

Κστ 27S= 0.0098g= 9.81


1.34 1.67 19.1 3.6


Dgr= 25.270n= 0.215A= 0.186m= 1.722C= 0.033



y = 0.0024x1.1854

R2 = 0.9983y = 0.0003x1.5064

R2 = 0.9806

0.00

0.50

1.00

1.50

2.00

2.50

3.00

3.50

0 20 40 60 80 100 120 140 160 180


0

0.5

1

1.5

2

2.5

3

3.5

4

0 5 10 15 20 25

FUORNIFiume FUORNI

IDRAULICA


0.10 0.05 0.010 - - 0.38 0.01 0.25 5.14 0.05 5.10 0.54 0.03 0.07 50.30 0.10 0.010 - - 0.60 0.02 0.51 5.28 0.10 5.20 0.61 0.07 0.10 90.60 0.15 0.010 - - 0.77 0.03 0.77 5.42 0.14 5.30 0.65 0.11 0.12 140.96 0.20 0.010 - - 0.92 0.04 1.04 5.57 0.19 5.40 0.67 0.15 0.13 181.39 0.25 0.010 - - 1.06 0.06 1.31 5.71 0.23 5.50 0.69 0.20 0.15 221.89 0.30 0.010 - - 1.19 0.07 1.59 5.85 0.27 5.60 0.71 0.24 0.16 262.44 0.35 0.010 - - 1.30 0.09 1.87 5.99 0.31 5.70 0.73 0.28 0.17 303.05 0.40 0.010 - - 1.41 0.10 2.16 6.13 0.35 5.80 0.74 0.33 0.18 343.71 0.45 0.010 - - 1.51 0.12 2.45 6.27 0.39 5.90 0.75 0.37 0.19 382.58 0.50 0.010 - - 0.94 0.04 2.75 14.41 0.19 14.00 0.68 0.29 0.14 183.74 0.55 0.010 - - 1.08 0.06 3.45 14.56 0.24 14.10 0.70 0.38 0.15 235.07 0.60 0.010 - - 1.22 0.08 4.16 14.70 0.28 14.20 0.72 0.54 0.16 276.56 0.65 0.010 - - 1.35 0.09 4.87 14.84 0.33 14.30 0.74 0.59 0.18 328.20 0.70 0.010 - - 1.47 0.11 5.59 14.98 0.37 14.40 0.75 0.63 0.19 369.97 0.75 0.010 - - 1.58 0.13 6.31 15.12 0.42 14.50 0.76 0.68 0.20 4011.89 0.80 0.010 - - 1.69 0.15 7.04 15.26 0.46 14.60 0.78 0.72 0.21 4413.93 0.85 0.010 - - 1.79 0.16 7.77 15.40 0.50 14.70 0.79 0.77 0.22 4916.11 0.90 0.010 - - 1.89 0.18 8.51 15.55 0.55 14.80 0.80 0.82 0.23 5318.41 0.95 0.010 - - 1.99 0.20 9.25 15.69 0.59 14.90 0.81 0.86 0.24 5720.83 1.00 0.010 - - 2.08 0.22 10.00 15.83 0.63 15.00 0.81 0.91 0.25 6123.36 1.05 0.010 - - 2.17 0.24 10.75 15.97 0.67 15.10 0.82 0.96 0.25 6526.02 1.10 0.010 - - 2.26 0.26 11.51 16.11 0.71 15.20 0.83 1.01 0.26 6928.78 1.15 0.010 - - 2.35 0.28 12.27 16.25 0.76 15.30 0.84 1.06 0.27 7331.66 1.20 0.010 - - 2.43 0.30 13.04 16.39 0.80 15.40 0.84 1.10 0.28 7634.65 1.25 0.010 - - 2.51 0.32 13.81 16.54 0.84 15.50 0.85 1.15 0.28 8037.75 1.30 0.010 - - 2.59 0.34 14.59 16.68 0.87 15.60 0.85 1.20 0.29 8440.95 1.35 0.010 - - 2.66 0.36 15.37 16.82 0.91 15.70 0.86 1.25 0.30 8844.26 1.40 0.010 - - 2.74 0.38 16.16 16.96 0.95 15.80 0.86 1.30 0.30 9247.67 1.45 0.010 - - 2.81 0.40 16.95 17.10 0.99 15.90 0.87 1.35 0.31 9551.18 1.50 0.010 - - 2.88 0.42 17.75 17.24 1.03 16.00 0.87 1.40 0.31 9954.80 1.55 0.010 - - 2.95 0.44 18.55 17.38 1.07 16.10 0.88 1.45 0.32 10358.52 1.60 0.010 - - 3.02 0.47 19.36 17.53 1.11 16.20 0.88 1.50 0.33 106



62.33 1.65 0.010 - - 3.09 0.49 20.17 17.67 1.14 16.30 0.89 1.55 0.33 11066.24 1.70 0.010 - - 3.16 0.51 20.99 17.81 1.18 16.40 0.89 1.60 0.34 11370.26 1.75 0.010 - - 3.22 0.53 21.81 17.95 1.22 16.50 0.89 1.65 0.34 11774.36 1.80 0.010 - - 3.29 0.55 22.64 18.09 1.25 16.60 0.90 1.70 0.35 12078.57 1.85 0.010 - - 3.35 0.57 23.47 18.23 1.29 16.70 0.90 1.75 0.35 12482.87 1.90 0.010 - - 3.41 0.59 24.31 18.37 1.32 16.80 0.90 1.80 0.36 12787.26 1.95 0.010 - - 3.47 0.61 25.15 18.52 1.36 16.90 0.91 1.85 0.36 13191.75 2.00 0.010 - - 3.53 0.63 26.00 18.66 1.39 17.00 0.91 1.90 0.37 13496.80 2.05 0.010 - - 3.61 0.66 26.85 18.66 1.44 17.00 0.92 1.96 0.37 138

102.00 2.10 0.010 - - 3.68 0.69 27.70 18.66 1.49 17.00 0.92 2.01 0.38 143107.20 2.15 0.010 - - 3.76 0.72 28.55 18.66 1.53 17.00 0.93 2.07 0.38 147112.60 2.20 0.010 - - 3.83 0.75 29.40 18.66 1.58 17.00 0.93 2.12 0.39 152118.10 2.25 0.010 - - 3.90 0.78 30.25 18.66 1.62 17.00 0.93 2.17 0.39 156123.70 2.30 0.010 - - 3.98 0.81 31.10 18.66 1.67 17.00 0.94 2.22 0.40 160129.40 2.35 0.010 - - 4.05 0.84 31.95 18.66 1.71 17.00 0.94 2.28 0.41 165135.10 2.40 0.010 - - 4.12 0.87 32.80 18.66 1.76 17.00 0.95 2.33 0.41 169141.00 2.45 0.010 - - 4.19 0.90 33.65 18.66 1.80 17.00 0.95 2.39 0.42 173147.00 2.50 0.010 - - 4.26 0.93 34.50 18.66 1.85 17.00 0.96 2.44 0.42 178153.10 2.55 0.010 - - 4.33 0.96 35.35 18.66 1.90 17.00 0.96 2.49 0.43 182


Q h Uc τc Qb Qs Qt Fgr Ggr X Qt f' Θ Φ Qtm3/s m m/s N/m 2 m3 /s m 3 /s m 3 /s -- -- -- m 3 /s -- -- -- m 3 /s0.10 0.05 0.31 32 1.06E-06 7.99E-07 1.86E-06 0.36 0.03 0.00097 9.28E-05 0.07 0.00 0.00 0.00E+000.30 0.10 0.35 23 2.96E-05 2.57E-05 5.53E-05 0.53 0.09 0.00180 5.45E-04 0.05 0.00 0.00 0.00E+000.60 0.15 0.37 19 1.14E-04 1.07E-04 2.21E-04 0.66 0.16 0.00229 1.37E-03 0.05 0.00 0.00 0.00E+000.96 0.20 0.39 17 2.64E-04 2.64E-04 5.28E-04 0.77 0.24 0.00264 2.54E-03 0.04 0.09 0.01 3.50E-061.39 0.25 0.40 15 4.85E-04 5.06E-04 9.91E-04 0.87 0.31 0.00291 4.06E-03 0.04 0.44 0.32 2.12E-041.89 0.30 0.41 14 7.75E-04 8.39E-04 1.61E-03 0.96 0.38 0.00313 5.91E-03 0.04 0.76 1.30 8.77E-042.44 0.35 0.42 13 1.14E-03 1.27E-03 2.41E-03 1.04 0.45 0.00332 8.09E-03 0.04 1.06 3.08 2.10E-033.05 0.40 0.42 12 1.57E-03 1.80E-03 3.37E-03 1.12 0.52 0.00347 1.06E-02 0.04 1.33 5.71 3.92E-033.71 0.45 0.43 11 2.07E-03 2.42E-03 4.49E-03 1.19 0.59 0.00361 1.34E-02 0.03 1.60 9.23 6.40E-032.58 0.50 0.39 16 2.49E-04 2.98E-04 5.47E-04 0.78 0.24 0.00267 6.88E-03 0.04 0.12 0.01 8.34E-063.74 0.55 0.40 15 5.43E-04 6.64E-04 1.21E-03 0.89 0.32 0.00295 1.11E-02 0.04 0.50 0.44 3.48E-045.07 0.60 0.41 13 9.92E-04 1.23E-03 2.23E-03 0.98 0.40 0.00318 1.61E-02 0.04 0.84 1.72 1.51E-036.56 0.65 0.42 12 1.62E-03 2.04E-03 3.66E-03 1.07 0.48 0.00338 2.22E-02 0.04 1.17 4.07 3.88E-038.20 0.70 0.43 12 2.44E-03 3.12E-03 5.56E-03 1.16 0.56 0.00355 2.91E-02 0.03 1.48 7.64 7.76E-039.97 0.75 0.43 11 3.46E-03 4.49E-03 7.95E-03 1.23 0.64 0.00370 3.69E-02 0.03 1.78 12.53 1.34E-02

11.89 0.80 0.44 10 4.69E-03 6.17E-03 1.09E-02 1.31 0.72 0.00384 4.56E-02 0.03 2.06 18.85 2.11E-0213.93 0.85 0.45 10 6.13E-03 8.17E-03 1.43E-02 1.38 0.80 0.00396 5.51E-02 0.03 2.35 26.66 3.10E-0216.11 0.90 0.45 9 7.80E-03 1.05E-02 1.83E-02 1.45 0.88 0.00407 6.55E-02 0.03 2.62 36.05 4.34E-0218.41 0.95 0.45 9 9.69E-03 1.32E-02 2.29E-02 1.51 0.96 0.00417 7.68E-02 0.03 2.89 47.06 5.83E-0220.83 1.00 0.46 9 1.18E-02 1.63E-02 2.81E-02 1.57 1.04 0.00427 8.89E-02 0.03 3.15 59.85 7.61E-0223.36 1.05 0.46 8 1.42E-02 1.97E-02 3.38E-02 1.63 1.12 0.00435 1.02E-01 0.03 3.41 74.32 9.68E-0226.02 1.10 0.47 8 1.67E-02 2.34E-02 4.02E-02 1.69 1.20 0.00443 1.15E-01 0.03 3.67 90.52 1.21E-0128.78 1.15 0.47 8 1.95E-02 2.76E-02 4.71E-02 1.74 1.27 0.00451 1.30E-01 0.03 3.92 108.62 1.47E-0131.66 1.20 0.47 8 2.25E-02 3.22E-02 5.47E-02 1.80 1.35 0.00458 1.45E-01 0.03 4.17 128.56 1.78E-0134.65 1.25 0.47 7 2.58E-02 3.71E-02 6.29E-02 1.85 1.43 0.00465 1.61E-01 0.03 4.41 150.46 2.11E-0137.75 1.30 0.48 7 2.93E-02 4.24E-02 7.17E-02 1.90 1.50 0.00472 1.78E-01 0.03 4.66 174.13 2.49E-0140.95 1.35 0.48 7 3.30E-02 4.82E-02 8.11E-02 1.95 1.58 0.00478 1.96E-01 0.03 4.89 199.84 2.89E-0144.26 1.40 0.48 7 3.69E-02 5.43E-02 9.12E-02 2.00 1.66 0.00484 2.14E-01 0.03 5.13 227.43 3.34E-0147.67 1.45 0.48 7 4.10E-02 6.08E-02 1.02E-01 2.05 1.73 0.00490 2.33E-01 0.03 5.36 257.04 3.82E-0151.18 1.50 0.49 7 4.54E-02 6.77E-02 1.13E-01 2.09 1.80 0.00495 2.54E-01 0.03 5.59 288.30 4.34E-0154.80 1.55 0.49 7 5.00E-02 7.51E-02 1.25E-01 2.14 1.88 0.00501 2.74E-01 0.03 5.82 322.02 4.90E-0158.52 1.60 0.49 6 5.48E-02 8.28E-02 1.38E-01 2.18 1.95 0.00505 2.96E-01 0.03 6.05 358.05 5.51E-01



62.33 1.65 0.49 6 5.98E-02 9.09E-02 1.51E-01 2.23 2.02 0.00510 3.18E-01 0.02 6.27 395.43 6.15E-0166.24 1.70 0.49 6 6.50E-02 9.94E-02 1.64E-01 2.27 2.10 0.00515 3.41E-01 0.02 6.49 435.08 6.83E-0170.26 1.75 0.50 6 7.04E-02 1.08E-01 1.79E-01 2.31 2.17 0.00519 3.65E-01 0.02 6.71 476.19 7.55E-0174.36 1.80 0.50 6 7.61E-02 1.18E-01 1.94E-01 2.35 2.24 0.00524 3.90E-01 0.02 6.93 519.53 8.31E-0178.57 1.85 0.50 6 8.19E-02 1.27E-01 2.09E-01 2.39 2.31 0.00528 4.15E-01 0.02 7.14 565.03 9.12E-0182.87 1.90 0.50 6 8.80E-02 1.38E-01 2.26E-01 2.43 2.38 0.00532 4.41E-01 0.02 7.36 613.14 9.98E-0187.26 1.95 0.50 6 9.42E-02 1.48E-01 2.42E-01 2.46 2.45 0.00536 4.68E-01 0.02 7.57 662.13 1.09E+0091.75 2.00 0.50 6 1.01E-01 1.59E-01 2.60E-01 2.50 2.52 0.00539 4.95E-01 0.02 7.78 715.07 1.18E+0096.80 2.05 0.51 6 1.09E-01 1.74E-01 2.83E-01 2.55 2.61 0.00544 5.27E-01 0.02 8.05 786.46 1.31E+00102.00 2.10 0.51 5 1.18E-01 1.89E-01 3.07E-01 2.60 2.70 0.00549 5.60E-01 0.02 8.32 864.13 1.45E+00107.20 2.15 0.51 5 1.28E-01 2.05E-01 3.33E-01 2.64 2.79 0.00554 5.93E-01 0.02 8.59 944.79 1.60E+00112.60 2.20 0.51 5 1.38E-01 2.22E-01 3.59E-01 2.69 2.88 0.00558 6.28E-01 0.02 8.86 1031.68 1.75E+00118.10 2.25 0.51 5 1.48E-01 2.40E-01 3.88E-01 2.74 2.98 0.00562 6.64E-01 0.02 9.13 1122.09 1.92E+00123.70 2.30 0.52 5 1.59E-01 2.58E-01 4.16E-01 2.78 3.07 0.00566 7.01E-01 0.02 9.40 1218.53 2.10E+00129.40 2.35 0.52 5 1.70E-01 2.77E-01 4.47E-01 2.83 3.16 0.00570 7.38E-01 0.02 9.68 1321.18 2.29E+00135.10 2.40 0.52 5 1.81E-01 2.97E-01 4.78E-01 2.87 3.25 0.00575 7.76E-01 0.02 9.94 1426.15 2.48E+00141.00 2.45 0.52 5 1.93E-01 3.18E-01 5.11E-01 2.91 3.34 0.00578 8.16E-01 0.02 10.21 1538.97 2.69E+00147.00 2.50 0.52 5 2.05E-01 3.40E-01 5.45E-01 2.96 3.43 0.00582 8.56E-01 0.02 10.48 1654.69 2.91E+00153.10 2.55 0.52 5 2.18E-01 3.62E-01 5.80E-01 3.00 3.52 0.00586 8.97E-01 0.02 10.75 1778.75 3.14E+00

C.dur.-Fuorni

Fiume Fuorni



Q medsez. a b q 0


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10.00

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

log

Qd

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s]


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0.20

0.40

0.60

0.80

1.00

1.20

0 30 60 90 120 150 180 210 240 270 300 330 360giorni

Tras

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o ad

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aliz

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C.dur.-Fuorni


VOLUME m3



Q d S_Alb

C.dur.-Fuorni




Q d S_Alb

54 0.148 -1.047 143.637 1.204 53.852 34 257 855 0.150 -1.035 141.807 1.188 54.850 33 253 856 0.153 -1.024 140.026 1.173 55.847 33 250 757 0.156 -1.012 138.290 1.159 56.844 32 246 758 0.158 -1.001 136.598 1.145 57.842 32 242 759 0.161 -0.990 134.949 1.131 58.839 31 239 760 0.164 -0.978 133.340 1.117 59.836 31 236 761 0.167 -0.967 131.770 1.104 60.833 30 232 662 0.169 -0.957 130.238 1.091 61.831 29 229 663 0.172 -0.946 128.742 1.079 62.828 29 226 664 0.175 -0.935 127.280 1.066 63.825 28 223 665 0.178 -0.925 125.851 1.054 64.822 28 220 666 0.180 -0.914 124.455 1.043 65.820 27 217 667 0.183 -0.904 123.089 1.031 66.817 27 214 668 0.186 -0.894 121.754 1.020 67.814 27 211 569 0.189 -0.883 120.447 1.009 68.811 26 209 570 0.191 -0.873 119.168 0.998 69.809 26 206 571 0.194 -0.863 117.915 0.988 70.806 25 204 572 0.197 -0.853 116.689 0.978 71.803 25 201 573 0.199 -0.844 115.488 0.968 72.801 25 199 574 0.202 -0.834 114.310 0.958 73.798 24 196 575 0.205 -0.824 113.157 0.948 74.795 24 194 576 0.208 -0.815 112.026 0.939 75.792 23 192 577 0.210 -0.805 110.917 0.929 76.790 23 189 478 0.213 -0.796 109.829 0.920 77.787 23 187 479 0.216 -0.786 108.761 0.911 78.784 22 185 480 0.219 -0.777 107.714 0.903 79.781 22 183 481 0.221 -0.768 106.686 0.894 80.779 22 181 482 0.224 -0.759 105.677 0.885 81.776 21 179 483 0.227 -0.750 104.686 0.877 82.773 21 177 484 0.230 -0.740 103.713 0.869 83.770 21 175 485 0.232 -0.731 102.757 0.861 84.768 21 173 486 0.235 -0.723 101.818 0.853 85.765 20 171 487 0.238 -0.714 100.895 0.845 86.762 20 169 488 0.240 -0.705 99.988 0.838 87.760 20 167 489 0.243 -0.696 99.096 0.830 88.757 20 166 390 0.246 -0.687 98.219 0.823 89.754 19 164 391 0.249 -0.679 97.357 0.816 90.751 19 162 392 0.251 -0.670 96.508 0.809 91.749 19 161 393 0.254 -0.662 95.674 0.802 92.746 19 159 394 0.257 -0.653 94.853 0.795 93.743 18 157 395 0.260 -0.645 94.045 0.788 94.740 18 156 396 0.262 -0.636 93.250 0.781 95.738 18 154 397 0.265 -0.628 92.467 0.775 96.735 18 153 398 0.268 -0.620 91.696 0.768 97.732 17 151 399 0.270 -0.611 90.937 0.762 98.730 17 150 3

100 0.273 -0.603 90.190 0.756 99.727 17 148 3101 0.276 -0.595 89.453 0.750 100.724 17 147 3102 0.279 -0.587 88.728 0.743 101.721 17 145 3103 0.281 -0.579 88.013 0.737 102.719 16 144 3104 0.284 -0.571 87.309 0.732 103.716 16 143 3105 0.287 -0.563 86.615 0.726 104.713 16 141 3106 0.290 -0.555 85.931 0.720 105.710 16 140 3

C.dur.-Fuorni




Q d S_Alb

107 0.292 -0.547 85.257 0.714 106.708 16 139 2108 0.295 -0.539 84.592 0.709 107.705 15 137 2109 0.298 -0.531 83.937 0.703 108.702 15 136 2110 0.301 -0.523 83.290 0.698 109.699 15 135 2111 0.303 -0.515 82.653 0.693 110.697 15 134 2112 0.306 -0.507 82.024 0.687 111.694 15 132 2113 0.309 -0.499 81.404 0.682 112.691 15 131 2114 0.311 -0.492 80.792 0.677 113.689 14 130 2115 0.314 -0.484 80.188 0.672 114.686 14 129 2116 0.317 -0.476 79.592 0.667 115.683 14 128 2117 0.320 -0.469 79.004 0.662 116.680 14 127 2118 0.322 -0.461 78.423 0.657 117.678 14 126 2119 0.325 -0.453 77.850 0.652 118.675 14 124 2120 0.328 -0.446 77.284 0.648 119.672 13 123 2121 0.331 -0.438 76.726 0.643 120.669 13 122 2122 0.333 -0.431 76.174 0.638 121.667 13 121 2123 0.336 -0.423 75.630 0.634 122.664 13 120 2124 0.339 -0.416 75.092 0.629 123.661 13 119 2125 0.342 -0.408 74.560 0.625 124.658 13 118 2126 0.344 -0.401 74.036 0.620 125.656 13 117 2127 0.347 -0.393 73.517 0.616 126.653 12 116 2128 0.350 -0.386 73.005 0.612 127.650 12 115 2129 0.352 -0.379 72.499 0.607 128.648 12 114 2130 0.355 -0.371 71.998 0.603 129.645 12 113 2131 0.358 -0.364 71.504 0.599 130.642 12 113 2132 0.361 -0.357 71.016 0.595 131.639 12 112 2133 0.363 -0.349 70.533 0.591 132.637 12 111 2134 0.366 -0.342 70.055 0.587 133.634 12 110 2135 0.369 -0.335 69.583 0.583 134.631 11 109 2136 0.372 -0.328 69.117 0.579 135.628 11 108 2137 0.374 -0.320 68.656 0.575 136.626 11 107 2138 0.377 -0.313 68.200 0.571 137.623 11 106 1139 0.380 -0.306 67.748 0.568 138.620 11 106 1140 0.383 -0.299 67.302 0.564 139.617 11 105 1141 0.385 -0.292 66.861 0.560 140.615 11 104 1142 0.388 -0.285 66.425 0.557 141.612 11 103 1143 0.391 -0.277 65.993 0.553 142.609 11 102 1144 0.393 -0.270 65.566 0.549 143.607 10 102 1145 0.396 -0.263 65.144 0.546 144.604 10 101 1146 0.399 -0.256 64.726 0.542 145.601 10 100 1147 0.402 -0.249 64.312 0.539 146.598 10 99 1148 0.404 -0.242 63.903 0.535 147.596 10 98 1149 0.407 -0.235 63.498 0.532 148.593 10 98 1150 0.410 -0.228 63.097 0.529 149.590 10 97 1151 0.413 -0.221 62.700 0.525 150.587 10 96 1152 0.415 -0.214 62.307 0.522 151.585 10 96 1153 0.418 -0.207 61.919 0.519 152.582 10 95 1154 0.421 -0.200 61.534 0.516 153.579 10 94 1155 0.423 -0.193 61.153 0.512 154.577 9 93 1156 0.426 -0.186 60.776 0.509 155.574 9 93 1157 0.429 -0.179 60.402 0.506 156.571 9 92 1158 0.432 -0.172 60.032 0.503 157.568 9 91 1159 0.434 -0.165 59.666 0.500 158.566 9 91 1

C.dur.-Fuorni




Q d S_Alb

160 0.437 -0.158 59.304 0.497 159.563 9 90 1161 0.440 -0.151 58.944 0.494 160.560 9 89 1162 0.443 -0.144 58.589 0.491 161.557 9 89 1163 0.445 -0.137 58.236 0.488 162.555 9 88 1164 0.448 -0.130 57.887 0.485 163.552 9 88 1165 0.451 -0.124 57.542 0.482 164.549 9 87 1166 0.454 -0.117 57.199 0.479 165.546 9 86 1167 0.456 -0.110 56.860 0.476 166.544 8 86 1168 0.459 -0.103 56.524 0.474 167.541 8 85 1169 0.462 -0.096 56.191 0.471 168.538 8 85 1170 0.464 -0.089 55.861 0.468 169.536 8 84 1171 0.467 -0.082 55.534 0.465 170.533 8 83 1172 0.470 -0.075 55.210 0.463 171.530 8 83 1173 0.473 -0.069 54.889 0.460 172.527 8 82 1174 0.475 -0.062 54.571 0.457 173.525 8 82 1175 0.478 -0.055 54.255 0.455 174.522 8 81 1176 0.481 -0.048 53.943 0.452 175.519 8 81 1177 0.484 -0.041 53.633 0.449 176.516 8 80 1178 0.486 -0.034 53.326 0.447 177.514 8 79 1179 0.489 -0.027 53.021 0.444 178.511 8 79 1180 0.492 -0.021 52.719 0.442 179.508 8 78 1181 0.495 -0.014 52.420 0.439 180.505 7 78 1182 0.497 -0.007 52.123 0.437 181.503 7 77 1183 0.500 0.000 51.829 0.434 182.500 7 77 1184 0.503 0.007 51.537 0.432 183.497 7 76 1185 0.505 0.014 51.248 0.429 184.495 7 76 1186 0.508 0.021 50.961 0.427 185.492 7 75 1187 0.511 0.027 50.677 0.425 186.489 7 75 1188 0.514 0.034 50.395 0.422 187.486 7 74 1189 0.516 0.041 50.115 0.420 188.484 7 74 1190 0.519 0.048 49.837 0.418 189.481 7 73 1191 0.522 0.055 49.562 0.415 190.478 7 73 1192 0.525 0.062 49.289 0.413 191.475 7 72 1193 0.527 0.069 49.018 0.411 192.473 7 72 1194 0.530 0.075 48.750 0.408 193.470 7 71 1195 0.533 0.082 48.483 0.406 194.467 7 71 1196 0.536 0.089 48.219 0.404 195.464 7 71 1197 0.538 0.096 47.956 0.402 196.462 7 70 1198 0.541 0.103 47.696 0.400 197.459 6 70 1199 0.544 0.110 47.438 0.397 198.456 6 69 1200 0.546 0.117 47.181 0.395 199.454 6 69 1201 0.549 0.124 46.927 0.393 200.451 6 68 1202 0.552 0.130 46.675 0.391 201.448 6 68 1203 0.555 0.137 46.425 0.389 202.445 6 67 1204 0.557 0.144 46.176 0.387 203.443 6 67 1205 0.560 0.151 45.929 0.385 204.440 6 67 1206 0.563 0.158 45.685 0.383 205.437 6 66 1207 0.566 0.165 45.442 0.381 206.434 6 66 1208 0.568 0.172 45.201 0.379 207.432 6 65 1209 0.571 0.179 44.961 0.377 208.429 6 65 1210 0.574 0.186 44.724 0.375 209.426 6 65 1211 0.577 0.193 44.488 0.373 210.423 6 64 1212 0.579 0.200 44.254 0.371 211.421 6 64 1

C.dur.-Fuorni




Q d S_Alb

213 0.582 0.207 44.021 0.369 212.418 6 63 1214 0.585 0.214 43.790 0.367 213.415 6 63 1215 0.587 0.221 43.561 0.365 214.413 6 63 1216 0.590 0.228 43.334 0.363 215.410 6 62 1217 0.593 0.235 43.108 0.361 216.407 6 62 1218 0.596 0.242 42.884 0.359 217.404 6 61 1219 0.598 0.249 42.661 0.357 218.402 5 61 1220 0.601 0.256 42.440 0.356 219.399 5 61 1221 0.604 0.263 42.220 0.354 220.396 5 60 1222 0.607 0.270 42.002 0.352 221.393 5 60 1223 0.609 0.277 41.785 0.350 222.391 5 60 1224 0.612 0.285 41.570 0.348 223.388 5 59 0225 0.615 0.292 41.356 0.347 224.385 5 59 0226 0.617 0.299 41.144 0.345 225.383 5 58 0227 0.620 0.306 40.933 0.343 226.380 5 58 0228 0.623 0.313 40.724 0.341 227.377 5 58 0229 0.626 0.320 40.516 0.339 228.374 5 57 0230 0.628 0.328 40.309 0.338 229.372 5 57 0231 0.631 0.335 40.104 0.336 230.369 5 57 0232 0.634 0.342 39.900 0.334 231.366 5 56 0233 0.637 0.349 39.697 0.333 232.363 5 56 0234 0.639 0.357 39.496 0.331 233.361 5 56 0235 0.642 0.364 39.296 0.329 234.358 5 55 0236 0.645 0.371 39.097 0.328 235.355 5 55 0237 0.648 0.379 38.900 0.326 236.352 5 55 0238 0.650 0.386 38.704 0.324 237.350 5 54 0239 0.653 0.393 38.509 0.323 238.347 5 54 0240 0.656 0.401 38.315 0.321 239.344 5 54 0241 0.658 0.408 38.122 0.319 240.342 5 53 0242 0.661 0.416 37.931 0.318 241.339 5 53 0243 0.664 0.423 37.741 0.316 242.336 5 53 0244 0.667 0.431 37.551 0.315 243.333 5 52 0245 0.669 0.438 37.363 0.313 244.331 4 52 0246 0.672 0.446 37.177 0.311 245.328 4 52 0247 0.675 0.453 36.991 0.310 246.325 4 52 0248 0.678 0.461 36.806 0.308 247.322 4 51 0249 0.680 0.469 36.623 0.307 248.320 4 51 0250 0.683 0.476 36.441 0.305 249.317 4 51 0251 0.686 0.484 36.259 0.304 250.314 4 50 0252 0.689 0.492 36.079 0.302 251.311 4 50 0253 0.691 0.499 35.900 0.301 252.309 4 50 0254 0.694 0.507 35.721 0.299 253.306 4 49 0255 0.697 0.515 35.544 0.298 254.303 4 49 0256 0.699 0.523 35.368 0.296 255.301 4 49 0257 0.702 0.531 35.193 0.295 256.298 4 49 0258 0.705 0.539 35.018 0.293 257.295 4 48 0259 0.708 0.547 34.845 0.292 258.292 4 48 0260 0.710 0.555 34.673 0.291 259.290 4 48 0261 0.713 0.563 34.501 0.289 260.287 4 47 0262 0.716 0.571 34.331 0.288 261.284 4 47 0263 0.719 0.579 34.161 0.286 262.281 4 47 0264 0.721 0.587 33.993 0.285 263.279 4 47 0265 0.724 0.595 33.825 0.283 264.276 4 46 0

C.dur.-Fuorni




Q d S_Alb

266 0.727 0.603 33.658 0.282 265.273 4 46 0267 0.730 0.611 33.492 0.281 266.270 4 46 0268 0.732 0.620 33.327 0.279 267.268 4 46 0269 0.735 0.628 33.163 0.278 268.265 4 45 0270 0.738 0.636 32.999 0.276 269.262 4 45 0271 0.740 0.645 32.836 0.275 270.260 4 45 0272 0.743 0.653 32.675 0.274 271.257 4 44 0273 0.746 0.662 32.514 0.272 272.254 4 44 0274 0.749 0.670 32.353 0.271 273.251 4 44 0275 0.751 0.679 32.194 0.270 274.249 4 44 0276 0.754 0.687 32.035 0.268 275.246 4 43 0277 0.757 0.696 31.877 0.267 276.243 4 43 0278 0.760 0.705 31.720 0.266 277.240 4 43 0279 0.762 0.714 31.564 0.264 278.238 3 43 0280 0.765 0.723 31.408 0.263 279.235 3 42 0281 0.768 0.731 31.253 0.262 280.232 3 42 0282 0.770 0.740 31.099 0.261 281.230 3 42 0283 0.773 0.750 30.945 0.259 282.227 3 42 0284 0.776 0.759 30.792 0.258 283.224 3 41 0285 0.779 0.768 30.640 0.257 284.221 3 41 0286 0.781 0.777 30.488 0.255 285.219 3 41 0287 0.784 0.786 30.337 0.254 286.216 3 41 0288 0.787 0.796 30.187 0.253 287.213 3 40 0289 0.790 0.805 30.037 0.252 288.210 3 40 0290 0.792 0.815 29.888 0.250 289.208 3 40 0291 0.795 0.824 29.739 0.249 290.205 3 40 0292 0.798 0.834 29.592 0.248 291.202 3 40 0293 0.801 0.844 29.444 0.247 292.199 3 39 0294 0.803 0.853 29.297 0.245 293.197 3 39 0295 0.806 0.863 29.151 0.244 294.194 3 39 0296 0.809 0.873 29.006 0.243 295.191 3 39 0297 0.811 0.883 28.861 0.242 296.189 3 38 0298 0.814 0.894 28.716 0.241 297.186 3 38 0299 0.817 0.904 28.572 0.239 298.183 3 38 0300 0.820 0.914 28.428 0.238 299.180 3 38 0301 0.822 0.925 28.285 0.237 300.178 3 37 0302 0.825 0.935 28.142 0.236 301.175 3 37 0303 0.828 0.946 28.000 0.235 302.172 3 37 0304 0.831 0.957 27.859 0.233 303.169 3 37 0305 0.833 0.967 27.717 0.232 304.167 3 37 0306 0.836 0.978 27.576 0.231 305.164 3 36 0307 0.839 0.990 27.436 0.230 306.161 3 36 0308 0.842 1.001 27.296 0.229 307.158 3 36 0309 0.844 1.012 27.156 0.228 308.156 3 36 0310 0.847 1.024 27.017 0.226 309.153 3 35 0311 0.850 1.035 26.878 0.225 310.150 3 35 0312 0.852 1.047 26.739 0.224 311.148 3 35 0313 0.855 1.059 26.601 0.223 312.145 3 35 0314 0.858 1.071 26.463 0.222 313.142 3 35 0315 0.861 1.083 26.325 0.221 314.139 3 34 0316 0.863 1.096 26.187 0.219 315.137 3 34 0317 0.866 1.108 26.050 0.218 316.134 3 34 0318 0.869 1.121 25.913 0.217 317.131 3 34 0

C.dur.-Fuorni




Q d S_Alb

319 0.872 1.134 25.776 0.216 318.128 3 34 0320 0.874 1.147 25.640 0.215 319.126 3 33 0321 0.877 1.160 25.503 0.214 320.123 3 33 0322 0.880 1.174 25.367 0.213 321.120 3 33 0323 0.883 1.188 25.231 0.211 322.117 2 33 0324 0.885 1.202 25.095 0.210 323.115 2 33 0325 0.888 1.216 24.958 0.209 324.112 2 32 0326 0.891 1.230 24.822 0.208 325.109 2 32 0327 0.893 1.245 24.687 0.207 326.107 2 32 0328 0.896 1.260 24.551 0.206 327.104 2 32 0329 0.899 1.275 24.414 0.205 328.101 2 31 0330 0.902 1.291 24.278 0.203 329.098 2 31 0331 0.904 1.307 24.142 0.202 330.096 2 31 0332 0.907 1.323 24.006 0.201 331.093 2 31 0333 0.910 1.340 23.869 0.200 332.090 2 31 0334 0.913 1.357 23.732 0.199 333.087 2 30 0335 0.915 1.374 23.595 0.198 334.085 2 30 0336 0.918 1.392 23.458 0.197 335.082 2 30 0337 0.921 1.410 23.320 0.195 336.079 2 30 0338 0.923 1.429 23.182 0.194 337.077 2 30 0339 0.926 1.448 23.043 0.193 338.074 2 29 0340 0.929 1.468 22.904 0.192 339.071 2 29 0341 0.932 1.489 22.764 0.191 340.068 2 29 0342 0.934 1.510 22.623 0.190 341.066 2 29 0343 0.937 1.531 22.482 0.188 342.063 2 29 0344 0.940 1.554 22.339 0.187 343.060 2 28 0345 0.943 1.577 22.196 0.186 344.057 2 28 0346 0.945 1.601 22.051 0.185 345.055 2 28 0347 0.948 1.627 21.906 0.184 346.052 2 28 0348 0.951 1.653 21.758 0.182 347.049 2 27 0349 0.954 1.680 21.609 0.181 348.046 2 27 0350 0.956 1.709 21.458 0.180 349.044 2 27 0351 0.959 1.739 21.305 0.179 350.041 2 27 0352 0.962 1.771 21.150 0.177 351.038 2 27 0353 0.964 1.805 20.992 0.176 352.036 2 26 0354 0.967 1.841 20.831 0.175 353.033 2 26 0355 0.970 1.880 20.666 0.173 354.030 2 26 0356 0.973 1.922 20.496 0.172 355.027 2 26 0357 0.975 1.967 20.322 0.170 356.025 2 25 0358 0.978 2.017 20.142 0.169 357.022 2 25 0359 0.981 2.072 19.953 0.167 358.019 2 25 0360 0.984 2.135 19.756 0.166 359.016 2 24 0361 0.986 2.207 19.546 0.164 360.014 2 24 0362 0.989 2.293 19.320 0.162 361.011 2 24 0363 0.992 2.400 19.069 0.160 362.008 2 23 0364 0.995 2.545 18.779 0.157 363.005 2 23 0365 0.997 2.778 18.409 0.154 364.003 0

IRNOFiume IRNO

IDRAULICA

Κστ 27S= 0.0136g= 9.81


1.34 1.67 20.1 3.3


Dgr= 25.270n= 0.215A= 0.186m= 1.940C= 0.034



y = 0.0046x1.2302

R2 = 0.9996y = 0.0005x1.4671

R2 = 0.9928

y = 0.0005x1.7971

R2 = 0.9867

0.00

2.00

4.00

6.00

8.00

10.00

12.00

14.00

0 50 100 150 200 250 300


0

0.5

1

1.5

2

2.5

3

3.5

0 5 10 15 20 25

IRNOFiume IRNO

IDRAULICA


8.33 0.50 0.014 - - 1.96 0.20 4.25 9.41 0.45 9.00 0.91 0.54 0.25 607.34 0.55 0.014 - - 1.43 0.10 5.14 18.31 0.28 17.80 0.85 0.43 0.19 379.55 0.60 0.014 - - 1.58 0.13 6.03 18.41 0.33 17.81 0.87 0.57 0.21 4411.97 0.65 0.014 - - 1.73 0.15 6.92 18.51 0.37 17.81 0.89 0.62 0.22 5014.59 0.70 0.014 - - 1.87 0.18 7.81 18.61 0.42 17.81 0.90 0.67 0.24 5617.40 0.75 0.014 - - 2.00 0.20 8.70 18.71 0.47 17.82 0.91 0.72 0.25 6220.40 0.80 0.014 - - 2.13 0.23 9.59 18.81 0.51 17.82 0.93 0.77 0.26 6823.57 0.85 0.014 - - 2.25 0.26 10.48 18.91 0.55 17.82 0.94 0.82 0.27 7426.91 0.90 0.014 - - 2.37 0.29 11.38 19.01 0.60 17.83 0.95 0.88 0.28 8030.41 0.95 0.014 - - 2.48 0.31 12.27 19.11 0.64 17.83 0.95 0.93 0.29 8634.06 1.00 0.014 - - 2.59 0.34 13.16 19.21 0.68 17.83 0.96 0.98 0.30 9137.87 1.05 0.014 - - 2.70 0.37 14.05 19.31 0.73 17.84 0.97 1.03 0.31 9741.81 1.10 0.014 - - 2.80 0.40 14.94 19.41 0.77 17.84 0.98 1.09 0.32 10345.90 1.15 0.014 - - 2.90 0.43 15.83 19.51 0.81 17.84 0.98 1.14 0.33 10850.12 1.20 0.014 - - 3.00 0.46 16.73 19.61 0.85 17.85 0.99 1.19 0.34 11454.47 1.25 0.014 - - 3.09 0.49 17.62 19.72 0.89 17.85 0.99 1.25 0.35 11958.94 1.30 0.014 - - 3.18 0.52 18.51 19.82 0.93 17.85 1.00 1.30 0.35 12563.54 1.35 0.014 - - 3.28 0.55 19.40 19.92 0.97 17.86 1.00 1.35 0.36 13068.26 1.40 0.014 - - 3.36 0.58 20.30 20.02 1.01 17.86 1.01 1.41 0.37 13573.10 1.45 0.014 - - 3.45 0.61 21.19 20.12 1.05 17.86 1.01 1.46 0.37 14078.05 1.50 0.014 - - 3.53 0.64 22.08 20.22 1.09 17.87 1.02 1.51 0.38 14683.11 1.55 0.014 - - 3.62 0.67 22.98 20.32 1.13 17.87 1.02 1.57 0.39 15188.27 1.60 0.014 - - 3.70 0.70 23.87 20.42 1.17 17.87 1.02 1.62 0.39 15693.54 1.65 0.014 - - 3.78 0.73 24.76 20.52 1.21 17.88 1.03 1.67 0.40 16198.92 1.70 0.014 - - 3.86 0.76 25.66 20.62 1.25 17.88 1.03 1.73 0.41 166

104.40 1.75 0.014 - - 3.93 0.79 26.55 20.72 1.28 17.88 1.03 1.78 0.41 171110.00 1.80 0.014 - - 4.01 0.82 27.45 20.82 1.32 17.89 1.03 1.83 0.42 176115.60 1.85 0.014 - - 4.08 0.85 28.34 20.92 1.36 17.89 1.04 1.89 0.43 181121.40 1.90 0.014 - - 4.15 0.88 29.24 21.02 1.39 17.89 1.04 1.94 0.43 186127.20 1.95 0.014 - - 4.22 0.91 30.13 21.12 1.43 17.90 1.04 1.99 0.44 190133.20 2.00 0.014 - - 4.29 0.94 31.03 21.22 1.46 17.90 1.04 2.05 0.44 195139.20 2.05 0.014 - - 4.36 0.97 31.92 21.32 1.50 17.90 1.04 2.10 0.45 200



145.30 2.10 0.014 - - 4.43 1.00 32.82 21.42 1.53 17.91 1.05 2.15 0.45 204151.50 2.15 0.014 - - 4.50 1.03 33.71 21.52 1.57 17.91 1.05 2.21 0.46 209157.80 2.20 0.014 - - 4.56 1.06 34.61 21.62 1.60 17.91 1.05 2.26 0.46 214164.20 2.25 0.014 - - 4.62 1.09 35.50 21.72 1.64 17.92 1.05 2.31 0.47 218170.60 2.30 0.014 - - 4.69 1.12 36.40 21.82 1.67 17.92 1.05 2.37 0.47 223177.10 2.35 0.014 - - 4.75 1.15 37.29 21.92 1.70 17.92 1.05 2.42 0.48 227183.70 2.40 0.014 - - 4.81 1.18 38.19 22.02 1.74 17.93 1.05 2.47 0.48 231190.40 2.45 0.014 - - 4.87 1.21 39.09 22.12 1.77 17.93 1.05 2.53 0.49 236197.10 2.50 0.014 - - 4.93 1.24 39.98 22.22 1.80 17.93 1.05 2.58 0.49 240203.90 2.55 0.014 - - 4.99 1.27 40.88 22.32 1.83 17.94 1.06 2.63 0.49 244210.80 2.60 0.014 - - 5.05 1.30 41.78 22.42 1.86 17.94 1.06 2.69 0.50 249217.80 2.65 0.014 - - 5.10 1.33 42.67 22.52 1.90 17.94 1.06 2.74 0.50 253224.80 2.70 0.014 - - 5.16 1.36 43.57 22.62 1.93 17.95 1.06 2.79 0.51 257231.90 2.75 0.014 - - 5.21 1.39 44.47 22.72 1.96 17.95 1.06 2.84 0.51 261239.00 2.80 0.014 - - 5.27 1.42 45.37 22.82 1.99 17.95 1.06 2.90 0.52 265246.20 2.85 0.014 - - 5.32 1.44 46.26 22.92 2.02 17.96 1.06 2.95 0.52 269253.50 2.90 0.014 - - 5.38 1.47 47.16 23.02 2.05 17.96 1.06 3.00 0.52 273260.80 2.95 0.014 - - 5.43 1.50 48.06 23.12 2.08 17.96 1.06 3.06 0.53 277268.30 3.00 0.014 - - 5.48 1.53 48.96 23.22 2.11 17.97 1.06 3.11 0.53 281



11.97 0.65 0.43 11 6.69E-03 8.44E-03 1.51E-02 1.36 1.20 0.00786 9.41E-02 0.03 2.34 24.08 3.26E-0214.59 0.70 0.43 11 9.40E-03 1.20E-02 2.15E-02 1.46 1.40 0.00832 1.21E-01 0.03 2.75 37.34 5.30E-0217.40 0.75 0.44 10 1.26E-02 1.64E-02 2.91E-02 1.55 1.60 0.00873 1.52E-01 0.03 3.15 54.05 7.98E-0220.40 0.80 0.45 10 1.64E-02 2.16E-02 3.80E-02 1.63 1.80 0.00911 1.86E-01 0.03 3.54 74.38 1.13E-0123.57 0.85 0.45 9 2.07E-02 2.76E-02 4.83E-02 1.71 2.00 0.00946 2.23E-01 0.03 3.93 98.39 1.54E-0126.91 0.90 0.46 9 2.56E-02 3.45E-02 6.00E-02 1.79 2.21 0.00980 2.64E-01 0.03 4.30 126.32 2.03E-0130.41 0.95 0.46 8 3.09E-02 4.21E-02 7.31E-02 1.87 2.41 0.01010 3.07E-01 0.03 4.68 158.19 2.60E-0134.06 1.00 0.46 8 3.68E-02 5.07E-02 8.75E-02 1.94 2.62 0.01040 3.54E-01 0.03 5.04 194.24 3.25E-0137.87 1.05 0.47 8 4.33E-02 6.01E-02 1.03E-01 2.01 2.82 0.01067 4.04E-01 0.03 5.40 234.41 3.99E-0141.81 1.10 0.47 8 5.02E-02 7.04E-02 1.21E-01 2.08 3.03 0.01093 4.57E-01 0.03 5.76 278.68 4.82E-0145.90 1.15 0.47 7 5.76E-02 8.16E-02 1.39E-01 2.14 3.24 0.01119 5.14E-01 0.03 6.11 327.39 5.73E-0150.12 1.20 0.48 7 6.55E-02 9.35E-02 1.59E-01 2.21 3.44 0.01142 5.73E-01 0.03 6.45 379.92 6.74E-0154.47 1.25 0.48 7 7.39E-02 1.06E-01 1.80E-01 2.27 3.65 0.01165 6.35E-01 0.03 6.80 436.96 7.84E-0158.94 1.30 0.48 7 8.28E-02 1.20E-01 2.03E-01 2.33 3.86 0.01187 7.00E-01 0.03 7.14 498.24 9.03E-0163.54 1.35 0.48 7 9.22E-02 1.35E-01 2.27E-01 2.39 4.06 0.01209 7.68E-01 0.03 7.47 564.15 1.03E+0068.26 1.40 0.49 7 1.02E-01 1.50E-01 2.52E-01 2.44 4.27 0.01228 8.39E-01 0.03 7.80 633.36 1.17E+0073.10 1.45 0.49 6 1.12E-01 1.66E-01 2.78E-01 2.50 4.47 0.01249 9.13E-01 0.03 8.12 706.86 1.31E+0078.05 1.50 0.49 6 1.23E-01 1.83E-01 3.06E-01 2.55 4.68 0.01267 9.89E-01 0.03 8.45 785.15 1.47E+0083.11 1.55 0.49 6 1.34E-01 2.01E-01 3.35E-01 2.61 4.88 0.01285 1.07E+00 0.03 8.77 867.91 1.64E+0088.27 1.60 0.49 6 1.45E-01 2.20E-01 3.65E-01 2.66 5.09 0.01303 1.15E+00 0.03 9.08 953.71 1.81E+0093.54 1.65 0.50 6 1.57E-01 2.39E-01 3.96E-01 2.71 5.29 0.01319 1.23E+00 0.03 9.40 1044.69 1.99E+0098.92 1.70 0.50 6 1.69E-01 2.59E-01 4.29E-01 2.76 5.49 0.01335 1.32E+00 0.03 9.71 1139.89 2.19E+00104.40 1.75 0.50 6 1.82E-01 2.80E-01 4.62E-01 2.81 5.70 0.01352 1.41E+00 0.03 10.01 1238.24 2.39E+00110.00 1.80 0.50 6 1.95E-01 3.02E-01 4.97E-01 2.85 5.89 0.01367 1.50E+00 0.03 10.32 1340.61 2.60E+00115.60 1.85 0.50 6 2.08E-01 3.24E-01 5.33E-01 2.90 6.09 0.01382 1.60E+00 0.03 10.61 1445.67 2.82E+00121.40 1.90 0.50 6 2.22E-01 3.47E-01 5.69E-01 2.94 6.29 0.01397 1.70E+00 0.03 10.91 1554.34 3.04E+00127.20 1.95 0.51 5 2.36E-01 3.71E-01 6.07E-01 2.99 6.49 0.01411 1.80E+00 0.03 11.21 1669.31 3.28E+00133.20 2.00 0.51 5 2.50E-01 3.96E-01 6.46E-01 3.03 6.69 0.01426 1.90E+00 0.03 11.49 1784.55 3.52E+00139.20 2.05 0.51 5 2.65E-01 4.21E-01 6.86E-01 3.08 6.88 0.01439 2.00E+00 0.03 11.78 1904.14 3.77E+00



145.30 2.10 0.51 5 2.80E-01 4.47E-01 7.27E-01 3.12 7.08 0.01452 2.11E+00 0.02 12.07 2029.76 4.04E+00151.50 2.15 0.51 5 2.95E-01 4.73E-01 7.69E-01 3.16 7.28 0.01465 2.22E+00 0.02 12.36 2158.68 4.31E+00157.80 2.20 0.51 5 3.11E-01 5.01E-01 8.11E-01 3.20 7.47 0.01477 2.33E+00 0.02 12.63 2287.85 4.58E+00164.20 2.25 0.51 5 3.27E-01 5.28E-01 8.55E-01 3.24 7.66 0.01489 2.45E+00 0.02 12.91 2423.40 4.86E+00170.60 2.30 0.52 5 3.43E-01 5.57E-01 8.99E-01 3.28 7.85 0.01502 2.56E+00 0.02 13.18 2557.37 5.15E+00177.10 2.35 0.52 5 3.59E-01 5.86E-01 9.44E-01 3.32 8.04 0.01513 2.68E+00 0.02 13.46 2700.22 5.45E+00183.70 2.40 0.52 5 3.75E-01 6.15E-01 9.91E-01 3.35 8.23 0.01524 2.80E+00 0.02 13.73 2844.02 5.76E+00190.40 2.45 0.52 5 3.92E-01 6.46E-01 1.04E+00 3.39 8.42 0.01537 2.93E+00 0.02 13.99 2987.21 6.06E+00197.10 2.50 0.52 5 4.09E-01 6.76E-01 1.09E+00 3.43 8.61 0.01547 3.05E+00 0.02 14.26 3138.22 6.39E+00203.90 2.55 0.52 5 4.26E-01 7.07E-01 1.13E+00 3.46 8.79 0.01557 3.18E+00 0.02 14.52 3289.65 6.71E+00210.80 2.60 0.52 5 4.44E-01 7.39E-01 1.18E+00 3.50 8.98 0.01568 3.30E+00 0.02 14.79 3444.36 7.04E+00217.80 2.65 0.52 5 4.62E-01 7.72E-01 1.23E+00 3.53 9.17 0.01579 3.44E+00 0.02 15.04 3598.75 7.37E+00224.80 2.70 0.52 5 4.79E-01 8.05E-01 1.28E+00 3.57 9.35 0.01588 3.57E+00 0.02 15.30 3762.85 7.73E+00231.90 2.75 0.52 5 4.97E-01 8.38E-01 1.34E+00 3.60 9.53 0.01598 3.71E+00 0.02 15.55 3923.41 8.07E+00239.00 2.80 0.53 5 5.16E-01 8.72E-01 1.39E+00 3.64 9.71 0.01608 3.84E+00 0.02 15.80 4083.57 8.42E+00246.20 2.85 0.53 5 5.34E-01 9.06E-01 1.44E+00 3.67 9.89 0.01617 3.98E+00 0.02 16.05 4253.93 8.78E+00253.50 2.90 0.53 4 5.53E-01 9.41E-01 1.49E+00 3.70 10.07 0.01627 4.12E+00 0.02 16.30 4420.42 9.15E+00260.80 2.95 0.53 4 5.71E-01 9.76E-01 1.55E+00 3.73 10.25 0.01636 4.27E+00 0.02 16.54 4591.58 9.52E+00268.30 3.00 0.53 4 5.90E-01 1.01E+00 1.60E+00 3.76 10.43 0.01645 4.41E+00 0.02 16.79 4766.66 9.90E+00

C.dur.-Irno

Fiume Irno



Q medsez. a b q 0


0.10

1.00

10.00

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C.dur.-Irno


Q d S_AlbVOLUME m3



C.dur.-Irno


VOLUME m3



54 0.148 -1.047 144.026 1.588 53.852 82 702 10255 0.150 -1.035 142.275 1.569 54.850 80 692 10056 0.153 -1.024 140.570 1.550 55.847 79 682 9857 0.156 -1.012 138.908 1.532 56.844 78 672 9558 0.158 -1.001 137.288 1.514 57.842 76 662 9359 0.161 -0.990 135.707 1.497 58.839 75 653 9260 0.164 -0.978 134.165 1.480 59.836 74 644 9061 0.167 -0.967 132.660 1.463 60.833 72 635 8862 0.169 -0.957 131.189 1.447 61.831 71 626 8663 0.172 -0.946 129.753 1.431 62.828 70 618 8464 0.175 -0.935 128.350 1.416 63.825 69 610 8365 0.178 -0.925 126.978 1.400 64.822 68 602 8166 0.180 -0.914 125.636 1.386 65.820 67 594 8067 0.183 -0.904 124.324 1.371 66.817 66 586 7868 0.186 -0.894 123.040 1.357 67.814 65 579 7769 0.189 -0.883 121.783 1.343 68.811 64 571 7570 0.191 -0.873 120.552 1.330 69.809 63 564 7471 0.194 -0.863 119.346 1.316 70.806 62 557 7372 0.197 -0.853 118.166 1.303 71.803 61 551 7173 0.199 -0.844 117.008 1.290 72.801 60 544 7074 0.202 -0.834 115.874 1.278 73.798 59 538 6975 0.205 -0.824 114.762 1.266 74.795 59 531 6876 0.208 -0.815 113.672 1.254 75.792 58 525 6777 0.210 -0.805 112.602 1.242 76.790 57 519 6578 0.213 -0.796 111.552 1.230 77.787 56 513 6479 0.216 -0.786 110.522 1.219 78.784 55 507 6380 0.219 -0.777 109.511 1.208 79.781 55 501 6281 0.221 -0.768 108.518 1.197 80.779 54 496 6182 0.224 -0.759 107.544 1.186 81.776 53 490 6083 0.227 -0.750 106.586 1.176 82.773 53 485 5984 0.230 -0.740 105.645 1.165 83.770 52 480 5885 0.232 -0.731 104.721 1.155 84.768 51 475 5786 0.235 -0.723 103.812 1.145 85.765 51 470 5787 0.238 -0.714 102.919 1.135 86.762 50 465 5688 0.240 -0.705 102.041 1.125 87.760 49 460 5589 0.243 -0.696 101.178 1.116 88.757 49 455 5490 0.246 -0.687 100.328 1.106 89.754 48 450 5391 0.249 -0.679 99.493 1.097 90.751 48 446 5292 0.251 -0.670 98.671 1.088 91.749 47 441 5293 0.254 -0.662 97.862 1.079 92.746 46 437 5194 0.257 -0.653 97.066 1.071 93.743 46 432 5095 0.260 -0.645 96.282 1.062 94.740 45 428 4996 0.262 -0.636 95.510 1.053 95.738 45 424 4997 0.265 -0.628 94.750 1.045 96.735 44 420 4898 0.268 -0.620 94.002 1.037 97.732 44 416 4799 0.270 -0.611 93.265 1.029 98.730 43 412 47

100 0.273 -0.603 92.539 1.021 99.727 43 408 46101 0.276 -0.595 91.824 1.013 100.724 42 404 45102 0.279 -0.587 91.119 1.005 101.721 42 400 45103 0.281 -0.579 90.424 0.997 102.719 41 396 44104 0.284 -0.571 89.739 0.990 103.716 41 393 44105 0.287 -0.563 89.064 0.982 104.713 40 389 43106 0.290 -0.555 88.399 0.975 105.710 40 385 42

C.dur.-Irno


VOLUME m3



107 0.292 -0.547 87.742 0.968 106.708 40 382 42108 0.295 -0.539 87.095 0.961 107.705 39 378 41109 0.298 -0.531 86.457 0.954 108.702 39 375 41110 0.301 -0.523 85.827 0.947 109.699 38 372 40111 0.303 -0.515 85.206 0.940 110.697 38 368 40112 0.306 -0.507 84.593 0.933 111.694 37 365 39113 0.309 -0.499 83.988 0.926 112.691 37 362 39114 0.311 -0.492 83.391 0.920 113.689 37 359 38115 0.314 -0.484 82.802 0.913 114.686 36 356 38116 0.317 -0.476 82.221 0.907 115.683 36 352 37117 0.320 -0.469 81.647 0.900 116.680 36 349 37118 0.322 -0.461 81.080 0.894 117.678 35 346 36119 0.325 -0.453 80.520 0.888 118.675 35 344 36120 0.328 -0.446 79.968 0.882 119.672 34 341 35121 0.331 -0.438 79.422 0.876 120.669 34 338 35122 0.333 -0.431 78.883 0.870 121.667 34 335 35123 0.336 -0.423 78.350 0.864 122.664 33 332 34124 0.339 -0.416 77.824 0.858 123.661 33 329 34125 0.342 -0.408 77.305 0.853 124.658 33 327 33126 0.344 -0.401 76.791 0.847 125.656 32 324 33127 0.347 -0.393 76.284 0.841 126.653 32 321 33128 0.350 -0.386 75.782 0.836 127.650 32 319 32129 0.352 -0.379 75.287 0.830 128.648 32 316 32130 0.355 -0.371 74.797 0.825 129.645 31 314 31131 0.358 -0.364 74.313 0.820 130.642 31 311 31132 0.361 -0.357 73.834 0.814 131.639 31 309 31133 0.363 -0.349 73.361 0.809 132.637 30 306 30134 0.366 -0.342 72.893 0.804 133.634 30 304 30135 0.369 -0.335 72.430 0.799 134.631 30 302 30136 0.372 -0.328 71.972 0.794 135.628 30 299 29137 0.374 -0.320 71.520 0.789 136.626 29 297 29138 0.377 -0.313 71.072 0.784 137.623 29 295 29139 0.380 -0.306 70.629 0.779 138.620 29 292 28140 0.383 -0.299 70.191 0.774 139.617 28 290 28141 0.385 -0.292 69.758 0.769 140.615 28 288 28142 0.388 -0.285 69.329 0.765 141.612 28 286 27143 0.391 -0.277 68.905 0.760 142.609 28 284 27144 0.393 -0.270 68.486 0.755 143.607 27 281 27145 0.396 -0.263 68.070 0.751 144.604 27 279 26146 0.399 -0.256 67.659 0.746 145.601 27 277 26147 0.402 -0.249 67.252 0.742 146.598 27 275 26148 0.404 -0.242 66.850 0.737 147.596 27 273 26149 0.407 -0.235 66.451 0.733 148.593 26 271 25150 0.410 -0.228 66.056 0.729 149.590 26 269 25151 0.413 -0.221 65.666 0.724 150.587 26 267 25152 0.415 -0.214 65.279 0.720 151.585 26 265 25153 0.418 -0.207 64.896 0.716 152.582 25 263 24154 0.421 -0.200 64.517 0.712 153.579 25 262 24155 0.423 -0.193 64.142 0.707 154.577 25 260 24156 0.426 -0.186 63.770 0.703 155.574 25 258 24157 0.429 -0.179 63.402 0.699 156.571 25 256 23158 0.432 -0.172 63.037 0.695 157.568 24 254 23159 0.434 -0.165 62.676 0.691 158.566 24 252 23

C.dur.-Irno


VOLUME m3



160 0.437 -0.158 62.318 0.687 159.563 24 251 23161 0.440 -0.151 61.963 0.683 160.560 24 249 22162 0.443 -0.144 61.612 0.680 161.557 24 247 22163 0.445 -0.137 61.264 0.676 162.555 23 245 22164 0.448 -0.130 60.920 0.672 163.552 23 244 22165 0.451 -0.124 60.578 0.668 164.549 23 242 21166 0.454 -0.117 60.240 0.664 165.546 23 240 21167 0.456 -0.110 59.904 0.661 166.544 23 239 21168 0.459 -0.103 59.572 0.657 167.541 22 237 21169 0.462 -0.096 59.243 0.653 168.538 22 235 21170 0.464 -0.089 58.916 0.650 169.536 22 234 20171 0.467 -0.082 58.593 0.646 170.533 22 232 20172 0.470 -0.075 58.272 0.643 171.530 22 231 20173 0.473 -0.069 57.954 0.639 172.527 22 229 20174 0.475 -0.062 57.639 0.636 173.525 21 228 20175 0.478 -0.055 57.327 0.632 174.522 21 226 19176 0.481 -0.048 57.017 0.629 175.519 21 225 19177 0.484 -0.041 56.710 0.625 176.516 21 223 19178 0.486 -0.034 56.406 0.622 177.514 21 222 19179 0.489 -0.027 56.104 0.619 178.511 21 220 19180 0.492 -0.021 55.805 0.615 179.508 20 219 19181 0.495 -0.014 55.508 0.612 180.505 20 217 18182 0.497 -0.007 55.213 0.609 181.503 20 216 18183 0.500 0.000 54.922 0.606 182.500 20 215 18184 0.503 0.007 54.632 0.603 183.497 20 213 18185 0.505 0.014 54.345 0.599 184.495 20 212 18186 0.508 0.021 54.060 0.596 185.492 19 210 18187 0.511 0.027 53.777 0.593 186.489 19 209 17188 0.514 0.034 53.497 0.590 187.486 19 208 17189 0.516 0.041 53.219 0.587 188.484 19 206 17190 0.519 0.048 52.943 0.584 189.481 19 205 17191 0.522 0.055 52.670 0.581 190.478 19 204 17192 0.525 0.062 52.398 0.578 191.475 19 202 17193 0.527 0.069 52.129 0.575 192.473 18 201 16194 0.530 0.075 51.862 0.572 193.470 18 200 16195 0.533 0.082 51.596 0.569 194.467 18 199 16196 0.536 0.089 51.333 0.566 195.464 18 197 16197 0.538 0.096 51.072 0.563 196.462 18 196 16198 0.541 0.103 50.813 0.560 197.459 18 195 16199 0.544 0.110 50.556 0.558 198.456 18 194 16200 0.546 0.117 50.300 0.555 199.454 17 193 15201 0.549 0.124 50.047 0.552 200.451 17 191 15202 0.552 0.130 49.795 0.549 201.448 17 190 15203 0.555 0.137 49.546 0.546 202.445 17 189 15204 0.557 0.144 49.298 0.544 203.443 17 188 15205 0.560 0.151 49.052 0.541 204.440 17 187 15206 0.563 0.158 48.808 0.538 205.437 17 186 15207 0.566 0.165 48.565 0.536 206.434 17 184 14208 0.568 0.172 48.324 0.533 207.432 16 183 14209 0.571 0.179 48.085 0.530 208.429 16 182 14210 0.574 0.186 47.848 0.528 209.426 16 181 14211 0.577 0.193 47.613 0.525 210.423 16 180 14212 0.579 0.200 47.379 0.523 211.421 16 179 14

C.dur.-Irno


VOLUME m3



213 0.582 0.207 47.146 0.520 212.418 16 178 14214 0.585 0.214 46.916 0.517 213.415 16 177 14215 0.587 0.221 46.686 0.515 214.413 16 176 13216 0.590 0.228 46.459 0.512 215.410 16 175 13217 0.593 0.235 46.233 0.510 216.407 15 174 13218 0.596 0.242 46.008 0.507 217.404 15 173 13219 0.598 0.249 45.786 0.505 218.402 15 172 13220 0.601 0.256 45.564 0.503 219.399 15 170 13221 0.604 0.263 45.344 0.500 220.396 15 169 13222 0.607 0.270 45.126 0.498 221.393 15 168 13223 0.609 0.277 44.909 0.495 222.391 15 167 13224 0.612 0.285 44.693 0.493 223.388 15 166 12225 0.615 0.292 44.479 0.491 224.385 15 166 12226 0.617 0.299 44.266 0.488 225.383 14 165 12227 0.620 0.306 44.054 0.486 226.380 14 164 12228 0.623 0.313 43.844 0.484 227.377 14 163 12229 0.626 0.320 43.636 0.481 228.374 14 162 12230 0.628 0.328 43.428 0.479 229.372 14 161 12231 0.631 0.335 43.222 0.477 230.369 14 160 12232 0.634 0.342 43.017 0.474 231.366 14 159 12233 0.637 0.349 42.814 0.472 232.363 14 158 12234 0.639 0.357 42.611 0.470 233.361 14 157 11235 0.642 0.364 42.410 0.468 234.358 14 156 11236 0.645 0.371 42.211 0.466 235.355 14 155 11237 0.648 0.379 42.012 0.463 236.352 13 154 11238 0.650 0.386 41.815 0.461 237.350 13 153 11239 0.653 0.393 41.618 0.459 238.347 13 153 11240 0.656 0.401 41.423 0.457 239.344 13 152 11241 0.658 0.408 41.230 0.455 240.342 13 151 11242 0.661 0.416 41.037 0.453 241.339 13 150 11243 0.664 0.423 40.845 0.450 242.336 13 149 11244 0.667 0.431 40.655 0.448 243.333 13 148 10245 0.669 0.438 40.465 0.446 244.331 13 147 10246 0.672 0.446 40.277 0.444 245.328 13 146 10247 0.675 0.453 40.090 0.442 246.325 13 146 10248 0.678 0.461 39.904 0.440 247.322 12 145 10249 0.680 0.469 39.719 0.438 248.320 12 144 10250 0.683 0.476 39.535 0.436 249.317 12 143 10251 0.686 0.484 39.352 0.434 250.314 12 142 10252 0.689 0.492 39.170 0.432 251.311 12 142 10253 0.691 0.499 38.989 0.430 252.309 12 141 10254 0.694 0.507 38.808 0.428 253.306 12 140 10255 0.697 0.515 38.629 0.426 254.303 12 139 10256 0.699 0.523 38.451 0.424 255.301 12 138 9257 0.702 0.531 38.274 0.422 256.298 12 138 9258 0.705 0.539 38.098 0.420 257.295 12 137 9259 0.708 0.547 37.923 0.418 258.292 12 136 9260 0.710 0.555 37.748 0.416 259.290 11 135 9261 0.713 0.563 37.575 0.414 260.287 11 135 9262 0.716 0.571 37.402 0.413 261.284 11 134 9263 0.719 0.579 37.231 0.411 262.281 11 133 9264 0.721 0.587 37.060 0.409 263.279 11 132 9265 0.724 0.595 36.890 0.407 264.276 11 131 9

C.dur.-Irno


VOLUME m3



266 0.727 0.603 36.721 0.405 265.273 11 131 9267 0.730 0.611 36.552 0.403 266.270 11 130 9268 0.732 0.620 36.385 0.401 267.268 11 129 9269 0.735 0.628 36.218 0.399 268.265 11 129 9270 0.738 0.636 36.052 0.398 269.262 11 128 8271 0.740 0.645 35.887 0.396 270.260 11 127 8272 0.743 0.653 35.723 0.394 271.257 11 126 8273 0.746 0.662 35.559 0.392 272.254 11 126 8274 0.749 0.670 35.397 0.390 273.251 10 125 8275 0.751 0.679 35.235 0.389 274.249 10 124 8276 0.754 0.687 35.073 0.387 275.246 10 124 8277 0.757 0.696 34.913 0.385 276.243 10 123 8278 0.760 0.705 34.753 0.383 277.240 10 122 8279 0.762 0.714 34.594 0.382 278.238 10 121 8280 0.765 0.723 34.435 0.380 279.235 10 121 8281 0.768 0.731 34.277 0.378 280.232 10 120 8282 0.770 0.740 34.120 0.376 281.230 10 119 8283 0.773 0.750 33.964 0.375 282.227 10 119 8284 0.776 0.759 33.808 0.373 283.224 10 118 8285 0.779 0.768 33.653 0.371 284.221 10 117 7286 0.781 0.777 33.498 0.369 285.219 10 117 7287 0.784 0.786 33.344 0.368 286.216 10 116 7288 0.787 0.796 33.191 0.366 287.213 9 115 7289 0.790 0.805 33.038 0.364 288.210 9 115 7290 0.792 0.815 32.885 0.363 289.208 9 114 7291 0.795 0.824 32.734 0.361 290.205 9 114 7292 0.798 0.834 32.583 0.359 291.202 9 113 7293 0.801 0.844 32.432 0.358 292.199 9 112 7294 0.803 0.853 32.282 0.356 293.197 9 112 7295 0.806 0.863 32.133 0.354 294.194 9 111 7296 0.809 0.873 31.984 0.353 295.191 9 110 7297 0.811 0.883 31.835 0.351 296.189 9 110 7298 0.814 0.894 31.687 0.349 297.186 9 109 7299 0.817 0.904 31.539 0.348 298.183 9 108 7300 0.820 0.914 31.392 0.346 299.180 9 108 7301 0.822 0.925 31.246 0.345 300.178 9 107 7302 0.825 0.935 31.099 0.343 301.175 9 107 6303 0.828 0.946 30.954 0.341 302.172 9 106 6304 0.831 0.957 30.808 0.340 303.169 9 105 6305 0.833 0.967 30.663 0.338 304.167 8 105 6306 0.836 0.978 30.518 0.337 305.164 8 104 6307 0.839 0.990 30.374 0.335 306.161 8 104 6308 0.842 1.001 30.230 0.333 307.158 8 103 6309 0.844 1.012 30.086 0.332 308.156 8 102 6310 0.847 1.024 29.943 0.330 309.153 8 102 6311 0.850 1.035 29.800 0.329 310.150 8 101 6312 0.852 1.047 29.657 0.327 311.148 8 101 6313 0.855 1.059 29.515 0.326 312.145 8 100 6314 0.858 1.071 29.373 0.324 313.142 8 99 6315 0.861 1.083 29.231 0.322 314.139 8 99 6316 0.863 1.096 29.089 0.321 315.137 8 98 6317 0.866 1.108 28.947 0.319 316.134 8 98 6318 0.869 1.121 28.806 0.318 317.131 8 97 6

C.dur.-Irno


VOLUME m3



319 0.872 1.134 28.665 0.316 318.128 8 96 6320 0.874 1.147 28.523 0.315 319.126 8 96 6321 0.877 1.160 28.382 0.313 320.123 8 95 5322 0.880 1.174 28.241 0.311 321.120 7 95 5323 0.883 1.188 28.101 0.310 322.117 7 94 5324 0.885 1.202 27.960 0.308 323.115 7 93 5325 0.888 1.216 27.819 0.307 324.112 7 93 5326 0.891 1.230 27.678 0.305 325.109 7 92 5327 0.893 1.245 27.537 0.304 326.107 7 92 5328 0.896 1.260 27.396 0.302 327.104 7 91 5329 0.899 1.275 27.255 0.301 328.101 7 91 5330 0.902 1.291 27.113 0.299 329.098 7 90 5331 0.904 1.307 26.972 0.297 330.096 7 89 5332 0.907 1.323 26.830 0.296 331.093 7 89 5333 0.910 1.340 26.688 0.294 332.090 7 88 5334 0.913 1.357 26.546 0.293 333.087 7 88 5335 0.915 1.374 26.403 0.291 334.085 7 87 5336 0.918 1.392 26.260 0.290 335.082 7 87 5337 0.921 1.410 26.116 0.288 336.079 7 86 5338 0.923 1.429 25.972 0.286 337.077 7 85 5339 0.926 1.448 25.827 0.285 338.074 7 85 5340 0.929 1.468 25.682 0.283 339.071 7 84 5341 0.932 1.489 25.536 0.282 340.068 6 84 5342 0.934 1.510 25.388 0.280 341.066 6 83 5343 0.937 1.531 25.240 0.278 342.063 6 82 4344 0.940 1.554 25.091 0.277 343.060 6 82 4345 0.943 1.577 24.941 0.275 344.057 6 81 4346 0.945 1.601 24.789 0.273 345.055 6 81 4347 0.948 1.627 24.636 0.272 346.052 6 80 4348 0.951 1.653 24.481 0.270 347.049 6 79 4349 0.954 1.680 24.324 0.268 348.046 6 79 4350 0.956 1.709 24.165 0.267 349.044 6 78 4351 0.959 1.739 24.004 0.265 350.041 6 78 4352 0.962 1.771 23.840 0.263 351.038 6 77 4353 0.964 1.805 23.673 0.261 352.036 6 76 4354 0.967 1.841 23.502 0.259 353.033 6 76 4355 0.970 1.880 23.327 0.257 354.030 6 75 4356 0.973 1.922 23.148 0.255 355.027 6 74 4357 0.975 1.967 22.963 0.253 356.025 6 73 4358 0.978 2.017 22.770 0.251 357.022 5 73 4359 0.981 2.072 22.570 0.249 358.019 5 72 4360 0.984 2.135 22.359 0.247 359.016 5 71 4361 0.986 2.207 22.134 0.244 360.014 5 70 4362 0.989 2.293 21.891 0.241 361.011 5 69 3363 0.992 2.400 21.621 0.238 362.008 5 68 3364 0.995 2.545 21.307 0.235 363.005 5 67 3365 0.997 2.778 20.903 0.231 364.003 5 65 3

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