3. A rectangular box culvert has a 90º headwall with 33.7º bevels, and the inlet is mitered. The width of the culvert is b = 4 ft and the height is d=5 ft. The culvert is 100 m long with a slope of S = 0.01. Prepare a plot of HW versus Q for this culvert if it is to operate under inlet control.
3. A rectangular box culvert has a 90º headwall with 33.7º bevels, and the inlet is mitered. The width of the culvert is b = 4 ft and the height is d=5 ft. The culvert is 100 m long with a slope of S = 0.01. Prepare a plot of HW versus Q for this culvert if it is to operate under inlet control.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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3. A rectangular box culvert has a 90º headwall with 33.7º bevels, and the inlet is mitered. The width of the culvert is b = 4 ft and the height is d=5 ft. The culvert is 100 m long with a slope of S = 0.01. Prepare a plot of HW versus Q for this culvert if it is to operate under inlet control.
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Step 1: Introducing Given Data
VIEWStep 2: Calculation of coefficients
VIEWStep 3: Calculation of discharge limits for submerged & unsubmerged inlets
VIEWStep 4: Calculation of headwater depth (HW) equation for unsubmerged inlet
VIEWStep 5: Calculation of headwater depth (HW) equation for submerged inlet
VIEWStep 6: Plot of HW versus Q for unsubmerged inlet
VIEWStep 7: Plot of HW versus Q for submerged inlet
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