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Transient design of drainage systems
Prediction equations are presented for water table decay following single pulse recharge, as well as for water table behavior as function of arbitrary histograms made up by superposition of step inputs; method is described that uses water table-histogram functions for development of probability distribution of water table heights from long-term precipitation record, corresponding temperature record, and knowledge of drainage system's dimensions and soil's properties.
Transient design of drainage systems
Prediction equations are presented for water table decay following single pulse recharge, as well as for water table behavior as function of arbitrary histograms made up by superposition of step inputs; method is described that uses water table-histogram functions for development of probability distribution of water table heights from long-term precipitation record, corresponding temperature record, and knowledge of drainage system's dimensions and soil's properties.
Transient design of drainage systems
ASCE Water Resources Eng Conference -- Preprint
van Schilfgaarde, J. (author)
ASCE Water Resources Engineering Conference ; 1965
1965
30 pages
Conference paper
English
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