A small urbanized area having smooth bare packed soil is to be drained by means of storm sewer system. The distance from the most remote point on the boundary to the upstream manhole is 200 m. For a 50- minute storm with an effective rainfall intensity of 70 mm/hr, So is 0.005 and n=0.016. Determine the time of concentration using; a) Kinematic wave equation b) NRSC method c) Kirpich equation d) Izzard equation e) Kerby equation
A small urbanized area having smooth bare packed soil is to be drained by means of storm sewer system. The distance from the most remote point on the boundary to the upstream manhole is 200 m. For a 50- minute storm with an effective rainfall intensity of 70 mm/hr, So is 0.005 and n=0.016. Determine the time of concentration using; a) Kinematic wave equation b) NRSC method c) Kirpich equation d) Izzard equation e) Kerby equation
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A small urbanized area having smooth bare packed soil is to be drained by means of storm sewer system. The distance from the most remote point on the boundary to the upstream manhole is 200 m. For a 50- minute storm with an effective rainfall intensity of 70 mm/hr, So is 0.005 and n=0.016. Determine the time of concentration using;
a) Kinematic wave equation
b) NRSC method
c) Kirpich equation
d) Izzard equation
e) Kerby equation
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