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Numerical Solution for Flow Under Sluice Gates
A numerical method for the analysis of flows under sluice gates of arbitrary geometry is described. The analysis starts with assumed free surface profile and two-dimensional discharge which are systematically modified to give the final result. The finite element method is used to analyze the flow region for each iteration. A curved cubic triangular element which gives a good representation of the boundary geometry and velocity field is employed. The calculated results compare favorably with those obtained by analytical methods but differ significantly from those found experimentally.
Numerical Solution for Flow Under Sluice Gates
A numerical method for the analysis of flows under sluice gates of arbitrary geometry is described. The analysis starts with assumed free surface profile and two-dimensional discharge which are systematically modified to give the final result. The finite element method is used to analyze the flow region for each iteration. A curved cubic triangular element which gives a good representation of the boundary geometry and velocity field is employed. The calculated results compare favorably with those obtained by analytical methods but differ significantly from those found experimentally.
Numerical Solution for Flow Under Sluice Gates
Issacs, Lewis T. (author)
Journal of the Hydraulics Division ; 103 ; 473-481
2021-01-01
91977-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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