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Solution for problem of computing channel routing coefficients for reaches where no runoff data exists is presented; diagrams correlating channel physical characteristics with corresponding routing factors are presented, considerably simplifying such computations; computer program is available, saving time and effort considerably; only three channel physical characteristics are necessary to refer to developed charts; these are -- reach length, in miles; reach slope (pure number); and channel capacity, in cubic feet per second; effects of channel roughness and degree of channel improvement on developed routing indexes are discussed.
Solution for problem of computing channel routing coefficients for reaches where no runoff data exists is presented; diagrams correlating channel physical characteristics with corresponding routing factors are presented, considerably simplifying such computations; computer program is available, saving time and effort considerably; only three channel physical characteristics are necessary to refer to developed charts; these are -- reach length, in miles; reach slope (pure number); and channel capacity, in cubic feet per second; effects of channel roughness and degree of channel improvement on developed routing indexes are discussed.
Synthetic coefficients for streamflow routing
ASCE -- Proc (J Hydraulics Div)
Buil, J.A. (author)
1967
16 pages
Article (Journal)
English
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