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E. Dussan (1979)
LIQUIDS ON SOLID SURFACES: STATIC AND DYNAMIC CONTACT LINES
O. Hughes (1972)
Solution of the wedge entry problem by numerical conformal mappingJournal of Fluid Mechanics, 56
F. Heymann (1969)
High‐Speed Impact between a Liquid Drop and a Solid SurfaceJournal of Applied Physics, 40
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A. Mackie (1962)
A LINEARIZED THEORY OF THE WATER ENTRY PROBLEMQuarterly Journal of Mechanics and Applied Mathematics, 15
Martin Lesser (1981)
Analytic solution of liquid-drop impact problemsProceedings of the Royal Society of London. A. Mathematical and Physical Sciences, 377
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Stanley Cook (1928)
Erosion by Water-HammerProceedings of The Royal Society A: Mathematical, Physical and Engineering Sciences, 119
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Koehler (1977)
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E. Richardson (1948)
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M. Lesser, J. Field (1983)
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Eveline Johnstone, A. Mackie (1973)
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J. Verhagen (1967)
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The problem of interaction between a solid body and a liquid with a free surface is a broad subject that includes several significant sections of classical and modern hydrodynamics. In this review we confine our dis cussion to processes characterized by strong unsteadiness in their develop ment and by the existence of a contact line between the free surface of the liquid and the solid-body surface. Detailed investigation of such processes can be applied to problems in ship building, aviation, and energetics (e.g. slamming problems, and the problems of the landing of flying boats and of high-velocity liquid-drop impact upon structural elements). In a general form, such processes can be described in the following manner: At the initial instant of time t = 0, a solid body touches a free surface of liquid. At this moment the position of the solid body, the domain occupied by the liquid, and the velocity field of the liquid particles are assumed to be known. For t > 0, either the law of body motion or the external forces affecting it are prescribed. The liquid flow and the character of its action upon the body.are to be determined. Interest in this field
Annual Review of Fluid Mechanics – Annual Reviews
Published: Jan 1, 1988
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