2009
DOI: 10.1134/s0015462809040073
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Flow past a plate with a moving surface

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Cited by 6 publications
(2 citation statements)
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“…This turn is possible if the pressure difference within this domain is of the order of unity. Similarly to the case of a finite plate [3,4], the pressure difference is produced by the recirculation flow region located inside the D 2 domain. In the recirculation flow zone the ω(ψ) dependence is determined using an additional equation, which for the self-similar flow expanding in accordance with the X ∼ Y ∼ √ νt law takes the form [3,6]: …”
Section: Flow Structure At τ ≫mentioning
confidence: 99%
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“…This turn is possible if the pressure difference within this domain is of the order of unity. Similarly to the case of a finite plate [3,4], the pressure difference is produced by the recirculation flow region located inside the D 2 domain. In the recirculation flow zone the ω(ψ) dependence is determined using an additional equation, which for the self-similar flow expanding in accordance with the X ∼ Y ∼ √ νt law takes the form [3,6]: …”
Section: Flow Structure At τ ≫mentioning
confidence: 99%
“…As shown in [3,4], this approach to the solution of the problem is inadequate. It was found that at β 1 < β < β 2 the flow is steady with the formation of a closed flow region with a constant vorticity above the plate surface, while at β > β 2 flow over the plate is unsteady.…”
mentioning
confidence: 99%