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Method for optimum design of reservoir to provide regulated water for several purposes is described; dynamic programming is used to effect optimum allocation in terms of number of different values of regulated flow; flood control storage is considered separately in terms of marginal cost and marginal benefit; limitations of approach that arise from limitations of concept of "regulated flow" are discussed and extensions to overcome limitations are indicated.
Method for optimum design of reservoir to provide regulated water for several purposes is described; dynamic programming is used to effect optimum allocation in terms of number of different values of regulated flow; flood control storage is considered separately in terms of marginal cost and marginal benefit; limitations of approach that arise from limitations of concept of "regulated flow" are discussed and extensions to overcome limitations are indicated.
Optimum design of multiple-purpose reservoirs
ASCE -- Proc (J Hydraulics Div)
Hall, W.A. (author)
1964
9 pages
Article (Journal)
English
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