A supply pipe is 1500+(Reg.No/100) ft long, water is initially flowing through it at 2 fps, and the pressure waves travel along it at 3750+(Reg.No/100) fps. For valve closure times of 0.36 sec, find the maximum water hammer pressure at the valve and at 500 ft and 1000 ft from the valve (a) if the valve is completely closed (b) if the valve is partially
A supply pipe is 1500+(Reg.No/100) ft long, water is initially flowing through it at 2 fps, and the pressure waves travel along it at 3750+(Reg.No/100) fps. For valve closure times of 0.36 sec, find the maximum water hammer pressure at the valve and at 500 ft and 1000 ft from the valve (a) if the valve is completely closed (b) if the valve is partially
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Pb # 4: A supply pipe is 1500+(Reg.No/100) ft long, water is initially flowing through it at 2 fps,
and the pressure waves travel along it at 3750+(Reg.No/100) fps. For valve closure
times of 0.36 sec, find the maximum water hammer pressure at the valve and at 500 ft
and 1000 ft from the valve (a) if the valve is completely closed (b) if the valve is partially
closed reducing the flow velocity to 0.6 fps.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8bb629d7-8be5-47d1-99da-b2db3163f2af%2F5a83f65e-f8bc-4670-a79e-edd9cffb8e32%2Fejh7z0w_processed.png&w=3840&q=75)
Transcribed Image Text:Pb # 4: A supply pipe is 1500+(Reg.No/100) ft long, water is initially flowing through it at 2 fps,
and the pressure waves travel along it at 3750+(Reg.No/100) fps. For valve closure
times of 0.36 sec, find the maximum water hammer pressure at the valve and at 500 ft
and 1000 ft from the valve (a) if the valve is completely closed (b) if the valve is partially
closed reducing the flow velocity to 0.6 fps.
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