A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Laboratory research on design of dikes for river regulation
Relative effects of dike crest elevation and crest profile, and effects of changes in sediment load on dike performance were investigated; laboratory stream having characteristics of alluvial stream was developed; flume 230 ft long, at least 20 ft wide, and 2. 5 ft deep was provided for model stream; alignment of flume permits development of typical problem reach and includes two bends with relatively long, straight reach of stream between them. (see also ASCE -- Proc (J Waterways and Harbors Div) Aug 1967 paper 5392 p 71-87)
Laboratory research on design of dikes for river regulation
Relative effects of dike crest elevation and crest profile, and effects of changes in sediment load on dike performance were investigated; laboratory stream having characteristics of alluvial stream was developed; flume 230 ft long, at least 20 ft wide, and 2. 5 ft deep was provided for model stream; alignment of flume permits development of typical problem reach and includes two bends with relatively long, straight reach of stream between them. (see also ASCE -- Proc (J Waterways and Harbors Div) Aug 1967 paper 5392 p 71-87)
Laboratory research on design of dikes for river regulation
ASCE Transportation Eng Conference -- Preprint
Franco, J.J. (author)
ASCE Transportation Engineering Conference ; 1966
1966
31 pages
Conference paper
English
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Laboratory research on design of dikes for river regulation
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