A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The determination of channel depth and slope to conduct a specified unit discharge and sediment load is presented in graphical form on the basis of the Einstein bed-load function. Applications of these curves are made to evaluate the effects on river regimen by the diversion of flows, construction of dams, contraction of channels, elimination of river forks, and cutoff of bends. The deficiencies of knowledge in describing the canal flows and in determining the sediment supply to the canal systems still prevent the use of this method in designing irrigation canals.
The determination of channel depth and slope to conduct a specified unit discharge and sediment load is presented in graphical form on the basis of the Einstein bed-load function. Applications of these curves are made to evaluate the effects on river regimen by the diversion of flows, construction of dams, contraction of channels, elimination of river forks, and cutoff of bends. The deficiencies of knowledge in describing the canal flows and in determining the sediment supply to the canal systems still prevent the use of this method in designing irrigation canals.
Graphic Design of Alluvial Channels
Chien, Ning (author)
Transactions of the American Society of Civil Engineers ; 121 ; 1267-1280
2021-01-01
141956-01-01 pages
Article (Journal)
Electronic Resource
Unknown
Graphic design of alluvial channels
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