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Flow routing calculations are very important for water resources engineers for analyzing and designing water engineering systems such as reservoirs, stocmwater conduits and detention ponds, spillways, pumping stations, etc. The present paper introduces spreadsheets as an efficient computational tool to carry out routing calculations.
Rational Method Hydrologic Calculations with Excel. Harlan H. Bengtson, PhD, P.E. COURSE CONTENT. 1. Introduction. Calculation of peak storm water runoff rate from a drainage area is often done with the Rational Method equation (Q = CiA).
Routing can be generally classified as lumped system (hydrologic routing), or distributed system (hydraulic routing). The difference is that in a lumped system, the flow is calculated as a function of time alone at a particular location, while in a distributed system the flow is calculated as a
Since the reach element route flows, only one method (routing) is associated with it. Click on the drop-down menu to look at choices available for routing flows. The Muskingum method is specified here, which is the routing technique used for the reaches in this model. Routing is described in chapters 8-10 in the text book.
Flood routing and hydrograph generation (see Part 630 Hydrology, chapter 16, 2007) form the key elements of a watershed hydrologic model. Stream channels, flood-plains, and reservoirs can have a significant impact on the delivery of water to any location along a stream network. Flood routing impacts the magnitude of the
07_SIM-Geology+Hydrology. Analysis of relation between transmissivity estimates from aquifer-tests and predicted hydraulic conductivity distributions from geohydrologic frameworks in southern Nevada.
Water Engineering with the Spreadsheet: A Workbook for Water Resources Calculations Using Excel presents more than 90 problems, from easy to difficult, in the areas of fluid mechanics, hydraulics, hydrology, and stormwater management.
