
Accession Number : AD0742910
Title : Asymptotic Theory of Helical Waves on a Gaseous Jet in Rotating Viscous Fluid.
Descriptive Note : Technical summary rept.,
Corporate Author : WISCONSIN UNIV MADISON MATHEMATICS RESEARCH CENTER
Personal Author(s) : Shen,M. C.
Report Date : DEC 1971
Pagination or Media Count : 28
Abstract : A nonlinear asymptotic theory within the framework of longwave approximation is developed for the study of helical waves on a rotating viscous fluid with a cylindrical free surface, and the mathematical model considered is relevant to problems of geophysical significance. A unified approach to the derivation of asymptotic equations is achieved, and for the sake of practical application the range of validity of each equation is clearly stated in terms of physical scales. The theory also yields asymptotically without direct computation stability region for the wave motion, hence suggests an effective method to deal with stability problems of viscous fluid flow with free surface. (Author)
Descriptors : (*FLUID FLOW, MATHEMATICAL MODELS), VISCOSITY, VORTICES, THREE DIMENSIONAL FLOW, TORNADOES, ATMOSPHERIC MOTION, NAVIER STOKES EQUATIONS, ASYMPTOTIC SERIES, APPROXIMATION(MATHEMATICS)
Subject Categories : Fluid Mechanics
Distribution Statement : APPROVED FOR PUBLIC RELEASE