b. Figure 3.2 is the flow of a channel having a large width, b, under a sluice gate. Assuming frictionlesssteady flow with negligible upstream kinetic energy, derive a formula for the dimensionless flow ratioQ?(y2 b2 g)as a function of the ratio2/y, . Show by differentiation that the maximum flow rate occurs atY2 =5V,GateV2Figure 3.2 : A Schematic diagram of flow downstream of sluice gate

Answered: Image /qna-images/answer/b435944c-5099-455e-8f16-704ccd69e663.jpg

b. Figure 3.2 is the flow of a channel having a large width, b, under a sluice gate. Assuming frictionless steady flow with negligible upstream kinetic energy, derive a formula for the dimensionless flow ratio Q2 (y2 b? g) as a function of the ratio2/y,. Show by differentiation that the maximum flow rate occurs at y2 = Gate V2 Figure 3.2 : A Schematic diagram of flow downstream of sluice gate

b. Figure 3.2 is the flow of a channel having a large width, b, under a sluice gate. Assuming frictionless steady flow with negligible upstream kinetic energy, derive a formula for the dimensionless flow ratio Q2 (y2 b? g) as a function of the ratio2/y,. Show by differentiation that the maximum flow rate occurs at y2 = Gate V2 Figure 3.2 : A Schematic diagram of flow downstream of sluice gate

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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