A rectangular channel of ( 4m ) width and the discharge rate is (2 m3/sec) with slope of (1 /3000), if the velocity is ( 4.5 m/sec) determine : 1- Hence hydraulic jump is possible or not. 2- Height of hydraulic jump. 3- Length of hydraulic jump. 4- Percentage of energy dissipated by hydraulic jump.

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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A rectangular channel of ( 4m ) width and the discharge rate is ( 2 m³/sec)
with slope of (1/3000), if the velocity is ( 4.5 m/sec) determine :
1- Hence hydraulic jump is possible or not.
2- Height of hydraulic jump.
3- Length of hydraulic jump.
4- Percentage of energy dissipated by hydraulic jump.
Transcribed Image Text:A rectangular channel of ( 4m ) width and the discharge rate is ( 2 m³/sec) with slope of (1/3000), if the velocity is ( 4.5 m/sec) determine : 1- Hence hydraulic jump is possible or not. 2- Height of hydraulic jump. 3- Length of hydraulic jump. 4- Percentage of energy dissipated by hydraulic jump.
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