A dam has a sloping apron stilling basin with a slope of 0.077. If the depth for a flood flow of 64.0 m3/sec/ width is 1.93 m, estimate the sequent depth, length of the jump (b) and energy loss in the Tormation of Hydraulic jump.
A dam has a sloping apron stilling basin with a slope of 0.077. If the depth for a flood flow of 64.0 m3/sec/ width is 1.93 m, estimate the sequent depth, length of the jump (b) and energy loss in the Tormation of Hydraulic jump.
Chapter2: Loads On Structures
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![A dam has a sloping apron stilling basin with a slope of 0.077. If the depth for a flood
flow of 64.0 m3/sec/ width is 1.93 m, estimate the sequent depth, length of the jump
(b)
and energy loss in the Tormation of Hydraulic jump.
Water is flowing over the spillway having discharge intensity is 4.0 m'/sec/m
(Fig. 3). Determine the magnitude of dynamic forces on curved surface.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faeffa357-c3f1-41ad-b893-651583d387bd%2F2c3beafc-a17f-47fd-a6da-03547a8d2fc7%2Ff6ty5hj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A dam has a sloping apron stilling basin with a slope of 0.077. If the depth for a flood
flow of 64.0 m3/sec/ width is 1.93 m, estimate the sequent depth, length of the jump
(b)
and energy loss in the Tormation of Hydraulic jump.
Water is flowing over the spillway having discharge intensity is 4.0 m'/sec/m
(Fig. 3). Determine the magnitude of dynamic forces on curved surface.
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