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Calculate the time of concentration for a concrete parking lot that is 300 ft wide by 600 ft long. The longest flow path is 300 ft of sheet flow across the lot on a slope of 0.5 percent and 600 ft of shallow concentrated flow along the parking lot's length in a paved channel on a slope of 1.5 percent.

Calculate the time of concentration for a concrete parking lot that is 300 ft wide by 600 ft long. The longest flow path is 300 ft of sheet flow across the lot on a slope of 0.5 percent and 600 ft of shallow concentrated flow along the parking lot's length in a paved channel on a slope of 1.5 percent.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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**Calculating Time of Concentration for a Concrete Parking Lot** A concrete parking lot measures 300 feet in width and 600 feet in length. - **Flow Path Description:** - The longest flow path involves 300 feet of **sheet flow** across the lot with a slope of 0.5 percent. - Following this, there is 600 feet of **shallow concentrated flow** along the parking lot’s length in a paved channel, which has a slope of 1.5 percent. To calculate the time of concentration, one would consider these flow paths and their associated slopes.
Transcribed Image Text:**Calculating Time of Concentration for a Concrete Parking Lot** A concrete parking lot measures 300 feet in width and 600 feet in length. - **Flow Path Description:** - The longest flow path involves 300 feet of **sheet flow** across the lot with a slope of 0.5 percent. - Following this, there is 600 feet of **shallow concentrated flow** along the parking lot’s length in a paved channel, which has a slope of 1.5 percent. To calculate the time of concentration, one would consider these flow paths and their associated slopes.
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