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Sluice Gate Discharge Calculation


Sluice Gate Discharge Calculation. H = elevation height (m) ρ = density. Q = v 2 y 2.

 Diagram of PI control algorithm with dead band. Download Scientific
Diagram of PI control algorithm with dead band. Download Scientific from www.researchgate.net

It is connected to the power station on. The discharge coefficient (cd) for a slide gate is a function of the geometric and hydraulic characteristics of. V 2 = c d (2gy 1) 1/2.

(2009) Journal Of Hydraulic Engineering, Vol.


Hydraulic experiments on sluice gate discharge. The submerged hydraulic condition of a typical sluice gate is depicted in fig. This study investigates five models’

• V2 = Cd (2Gy1)1/2.


It is coaxial with the main dam. The design flood level of the reservoir is 613.45 m,. Q = v 2 y 2.

Water Acts On Both Sides Of A Sluice Gate As Shown In Figure.


The proposed equation for the coefficient of discharge using gep and available existing data produces better results (r 2 = 0.935 and rmse = 0.0658) compared to the. Introduction sluice gates are devices commonly used for flow control in irrigation canals. Discharge under a sluice gate.

Through Calculation, The Three Gate.


The resultant pressure on the sluice gate is obtained as follows: The discharge coefficient (cd) for a slide gate is a function of the geometric and hydraulic characteristics of. V 2 = c d (2gy 1) 1/2.

The Water Passes Under The Gate As It Moves Over The Spillway.


C d = c c /[1 + c c (y 2 /y 1)] 1/2. C c = y 3 /y 2. Seale the side between the sluice gate and channel wall to ensure zero leakage.


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