Linear problem of a hydrofoil moving under the free surface of a finite-depth fluid.

Autor: Gorlov, S.
Zdroj: Journal of Applied Mechanics & Technical Physics; Nov1998, Vol. 39 Issue 6, p892-897, 6p
Abstrakt: A method of solving the plane linear problem of a steady-state irrotational flow about a body under the free surface of a heavy fluid of finite depth is developed. The boundary-value problem is formulated for a complex perturbed velocity and is reduced to a singular integral equation relative to the intensity of a vortex layer that models the hydrofoil. The kernel of the equation is the exact solution of the corresponding boundary-value problem for a vortex of unit intensity. The equation is solved by the discrete-vortex method. The effect of the parameters of the problem on the hydrodynamic characteristics of the elliptical hydrofoil and the shape of the free surface are estimated numerically. [ABSTRACT FROM AUTHOR]
Databáze: Complementary Index
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