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Steady Flow Past Flat Plate in Channel
An analysis is given of the application of inviscid fluid theory to the flow about a flat plate in a channel. An analogy is drawn, likening the plate to both an orifice and a wall. In this way the analytical results are related to flow past a sluice gate, or similar flat obstruction, normal to a stream, giving pressures, and drag and contraction coefficients over such a body. Experimental work carried out in a water tunnel illustrates the limits of application of the approach, showing where scale modelling needs to take particular account of the prototype situation.
Steady Flow Past Flat Plate in Channel
An analysis is given of the application of inviscid fluid theory to the flow about a flat plate in a channel. An analogy is drawn, likening the plate to both an orifice and a wall. In this way the analytical results are related to flow past a sluice gate, or similar flat obstruction, normal to a stream, giving pressures, and drag and contraction coefficients over such a body. Experimental work carried out in a water tunnel illustrates the limits of application of the approach, showing where scale modelling needs to take particular account of the prototype situation.
Steady Flow Past Flat Plate in Channel
Shaw, Thomas L. (author)
Journal of the Hydraulics Division ; 95 ; 2013-2028
2021-01-01
161969-01-01 pages
Article (Journal)
Electronic Resource
Unknown
Closure to “Steady Flow Past Flat Plate in Channel”
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Closure to “Steady Flow Past Flat Plate in Channel”
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Discussion of “Steady Flow Past Flat Plate in Channel”
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Discussion of “Steady Flow Past Flat Plate in Channel”
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