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Bee 473 Watershed Engineering Fall 2004

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BEE 473 Watershed Engineering Fall 2004 - Cornell University

BEE 473 Watershed Engineering Fall 2004 - Cornell University

www.hydrology.bee.cornell.edu

BEE 473 Watershed Engineering Fall 2004 September 8, 2008 RUNOFF CALCULATIONS The following provide the minimum necessary equations for determining runoff from a design storm, i.e., a storm with duration ≈ to the watershed’s time of concentration.

  Fall, Engineering, 2004, Watershed, Bee 473 watershed engineering fall 2004

BEE 473 Watershed Engineering Fall 2004 - Cornell University

BEE 473 Watershed Engineering Fall 2004 - Cornell University

www.hydrology.bee.cornell.edu

BEE 473 Watershed Engineering Fall 2004 A. Submerged Outlet (Pipe Flow I) The following schematic illustrates the submerged outlet flow condition. H Figure A.1: Schematic of the submerged outlet culvert design condition. Pipe flow can be calculated with the following mechanistic equation (i.e., as opposed to

  Fall, Engineering, 2004, Watershed, Bee 473 watershed engineering fall 2004

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