In a rectangular canal with energy height E= 3,5 m, the floor width is given as B= 5,6 m. Neglecting the effects of friction; a) Find the critical depth. b) Calculate the maximum flow that can pass at the given energy level. c) calculate the flow that can pass at a depth of h=2,3 m d) Determine at what depths and regimes the flow of Q= 27 m^3/sec flows. e) Draw the Koch parabola using the data you have obtained.
In a rectangular canal with energy height E= 3,5 m, the floor width is given as B= 5,6 m. Neglecting the effects of friction; a) Find the critical depth. b) Calculate the maximum flow that can pass at the given energy level. c) calculate the flow that can pass at a depth of h=2,3 m d) Determine at what depths and regimes the flow of Q= 27 m^3/sec flows. e) Draw the Koch parabola using the data you have obtained.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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In a rectangular canal with energy height E= 3,5 m, the floor width is given as B= 5,6 m. Neglecting the effects of friction;
a) Find the critical depth.
b) Calculate the maximum flow that can pass at the given energy level.
c) calculate the flow that can pass at a depth of h=2,3 m
d) Determine at what depths and regimes the flow of Q= 27 m^3/sec flows.
e) Draw the Koch parabola using the data you have obtained.
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