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A channel has to be designed for drainage to carry flow from 200 km. If the flow/km is 0.5 m'/sec/ km", determine the Trapezoidal Channel section using (i) the permissible velocity method, (ii) the regime theory. The material size is 2 mm and So = 0.00002. Assuming other data, if missing. Comment also on your design outcomes based on two methods.

A channel has to be designed for drainage to carry flow from 200 km. If the flow/km is 0.5 m'/sec/ km", determine the Trapezoidal Channel section using (i) the permissible velocity method, (ii) the regime theory. The material size is 2 mm and So = 0.00002. Assuming other data, if missing. Comment also on your design outcomes based on two methods.

Structural Analysis
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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(b) A channel has to be designed for drainage to carry flow from 200 km. If the flow/km' is 0.5 m'/sec/ km, determine the Trapezoidal Channel section using (i) the permissible velocity method, (ii) the regime theory. The material size is 2 mm and So = 0.00002. Assuming other data, if missing. Comment also on your design outcomes based on two methods.
Transcribed Image Text:(b) A channel has to be designed for drainage to carry flow from 200 km. If the flow/km' is 0.5 m'/sec/ km, determine the Trapezoidal Channel section using (i) the permissible velocity method, (ii) the regime theory. The material size is 2 mm and So = 0.00002. Assuming other data, if missing. Comment also on your design outcomes based on two methods.
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