problem 8-9 Water slopc of 0.0017. Usc n 0.014. velocity of 1.2 m/s. Find the normal depth of flow if the channel is laid on a Water flows in a triangular V-notch steel channel, with vertex angle of 60°, at a flows in a triangular V-notch steel channel, with vertex angle of 60°, at a wanty of 1.2 m/S. Find the normal depth of flow if the channel is laid on a slopc Solution 1 R2/351/2 2d tan 30° A = 2(2d tan60°)d A = d2 tan60° %3D P 2d sec60° 30 30° R= A/P = d2 tan60°/2d sec60° R = 0,433d 600 %3D %3D 1.2 = 0Ở (0.433d)2/3(0.0017)1/2 d = 0.601 m (normal depth) d sec 30° d sec 30°

problem 8-9 Water slopc of 0.0017. Usc n 0.014. velocity of 1.2 m/s. Find the normal depth of flow if the channel is laid on a Water flows in a triangular V-notch steel channel, with vertex angle of 60°, at a flows in a triangular V-notch steel channel, with vertex angle of 60°, at a wanty of 1.2 m/S. Find the normal depth of flow if the channel is laid on a slopc Solution 1 R2/351/2 2d tan 30° A = 2(2d tan60°)d A = d2 tan60° %3D P 2d sec60° 30 30° R= A/P = d2 tan60°/2d sec60° R = 0,433d 600 %3D %3D 1.2 = 0Ở (0.433d)2/3(0.0017)1/2 d = 0.601 m (normal depth) d sec 30° d sec 30°

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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