onlinechannel_01:   Normal depth in a prismatic channel

Definition sketch for a prismatic channel
Formulas

A = y(b + zy)
P = b + 2y(1 + z2)1/2
T = b + 2zy
R = A/P
D = A/T
Q = (C/n) AR2/3S1/2
V = Q/A
F = V/(gD)1/2
INPUT DATA:

Select:      

Flow discharge Q:        

Bottom width b:        

Side slope z:      

Bottom slope S:      

Manning's n:      

INTERMEDIATE CALCS:

Units selected:   

Gravitational acceleration g:   

Units constant C:    0

Wetted perimeter P:    0

Top width T:    0

Flow area A:    0

Hydraulic radius R:    0

Hydraulic depth D:    0

OUTPUT:

Normal flow depth yn:    0

Normal flow velocity Vn:    0

Normal Froude number Fn:    0

            

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