1985
DOI: 10.1016/0041-5553(85)90072-2
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The solution of a problem of stratified fluid dynamics and its stabilization as t → ∞

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Cited by 7 publications
(8 citation statements)
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“…(2017) and Boury, Peacock & Odier (2019) for a horizontal wave generator and Beckebanze, Raja & Maas (2019) for a vertical wave generator. To some extent this can also be seen in the inviscid calculations of Gabov (1985) for a horizontal plate, Gabov & Pletner (1985) for an inclined plate, Gabov & Krutitskii (1987) for a vertical plate and Gabov & Pletner (1988) for a horizontal disc, although only Gabov & Pletner (1985) considered the determination of the multivalued functions explicitly.…”
Section: Introductionmentioning
confidence: 87%
“…(2017) and Boury, Peacock & Odier (2019) for a horizontal wave generator and Beckebanze, Raja & Maas (2019) for a vertical wave generator. To some extent this can also be seen in the inviscid calculations of Gabov (1985) for a horizontal plate, Gabov & Pletner (1985) for an inclined plate, Gabov & Krutitskii (1987) for a vertical plate and Gabov & Pletner (1988) for a horizontal disc, although only Gabov & Pletner (1985) considered the determination of the multivalued functions explicitly.…”
Section: Introductionmentioning
confidence: 87%
“…The analogue of the Neumann boundary condition corresponds to the specification of normal velocities for a stream function. Hence, the Dirichlet boundary condition on r' coincides with the boundary condition in [6,8,11,12] where normal velocities are given on one plate in terms of a stream function. The analogue of the Neumann boundary condition on r2 coincides with the boundary condition in [22,29] where pressure is given on one plate in terms of a stream function.…”
Section: Problem K(n1n2) To Find a Function @ ( T X ) From The Clmentioning
confidence: 98%
“…The specification of normal velocities corresponds to the first boundary condition for a stream function and to the analogue of the second boundary condition for a potential function. As mentioned above, the previous problems on oscillations of one plate [6,8,11,12,16,22,29] were formulated in terms of a stream function. Problems in [6, 8, 11, 12, 161 have been studied with the specification of normal velocities on the plate, therefore, with the first boundary condition.…”
Section: Both Classical and Weak Solvability Of Initial Boundary Valumentioning
confidence: 99%
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