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A circular storm water sewer 1.5 m in diameter and effective roughness size 0.6 mm is...

A circular storm water sewer 1.5 m in diameter and effective roughness size 0.6 mm is
laid to a slope of 1:500. Determine the maximum discharge which the sewer will convey
under uniform open channel conditions. If a steady inflow from surface runoff exceeds the
maximum open channel capacity by 20%, show that the sewer will become pressurised
(surcharged) and calculate the hydraulic gradient necessary to convey the new flow.

Engineering   Civil-Engineering   
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A circular storm water sewer 1.5 m in diameter and effective roughness size 0.6 mm is...
A circular storm water sewer 1.5 m in diameter and effective roughness size 0.6 mm is laid to a slope of 1:500. Determine the maximum discharge which the sewer will convey under uniform open channel conditions. If a steady inflow from the surface runoff exceeds the maximum open channel capacity by 20%, show that the sewer will become pressurized and calculate the hydraulic gradient necessary to convey the new flow. (ans. 3.6 m3/s and 0.00324) without using the mannings formula...
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