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A platform for research: civil engineering, architecture and urbanism
Sequential generation of rainfall and runoff data
Practical procedure is demonstrated by applying sequential generation techniques to rainfall and runoff data for stochastic, hydrological analysis of drainage basin systems; in this method, stochastic process is formulated by several major components including hourly annual storm rainfalls, abstractions, routing model, baseflow, direct runoff, and total runoff; 1000 annual storms are generated sequentially by Monte Carlo methods and then routed through simulated basin system to produce 1000 generated floods which are represented by stochastic flow-duration curves for use in water resources planning and design.
Sequential generation of rainfall and runoff data
Practical procedure is demonstrated by applying sequential generation techniques to rainfall and runoff data for stochastic, hydrological analysis of drainage basin systems; in this method, stochastic process is formulated by several major components including hourly annual storm rainfalls, abstractions, routing model, baseflow, direct runoff, and total runoff; 1000 annual storms are generated sequentially by Monte Carlo methods and then routed through simulated basin system to produce 1000 generated floods which are represented by stochastic flow-duration curves for use in water resources planning and design.
Sequential generation of rainfall and runoff data
ASCE -- Proc (J Hydraulics Div)
Chow, V.T. (author) / Ramaseshan, S. (author)
1965
19 pages
Article (Journal)
English
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Sequential Generation of Rainfall and Runoff Data
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