A vertical rectangular sluice gate of 5m width is held by supports on its both sides and lowered partly by only 6m while the flow is still occurring as shown in the schematic below. The upstream velocity of the open channel is measured 2m/s and assumed uniform throughout the cross section of flow Assume frictional loss 15 is negligible. a. Determine the total horizontal force on the supporting structure of the gatet b. Calculate the center of pressure of the resultant horizontal force

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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A vertical rectangular sluice gate of 5m width is held by supports on its both sides and lowered partly by
only 6m while the flow is still occurring as shown in the schematic below. The upstream velocity of the open
channel is measured 2m/s and assumed uniform throughout the cross section of flow Assume fnctional loss
is negligible.
a. Determine the total horizontal force on the supporting structure of the gatet
b. Calculate the center of pressure of the resultant horizontal force
c. Use correct schematics, theories, and assumptions
Hint: Both the dynamic and static pressures are acting on the gate plane
Workout solutions on a clean white paper Write your name. SID and date. Scan in
PDF(preferred) or JPEG file type. Do not format in other file types. Upload the file on vUWS
No email submission is acceptable
2m/s
6 m
Transcribed Image Text:A vertical rectangular sluice gate of 5m width is held by supports on its both sides and lowered partly by only 6m while the flow is still occurring as shown in the schematic below. The upstream velocity of the open channel is measured 2m/s and assumed uniform throughout the cross section of flow Assume fnctional loss is negligible. a. Determine the total horizontal force on the supporting structure of the gatet b. Calculate the center of pressure of the resultant horizontal force c. Use correct schematics, theories, and assumptions Hint: Both the dynamic and static pressures are acting on the gate plane Workout solutions on a clean white paper Write your name. SID and date. Scan in PDF(preferred) or JPEG file type. Do not format in other file types. Upload the file on vUWS No email submission is acceptable 2m/s 6 m
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