
Accession Number : ADA017963
Title : The NonMonotonicity of Solutions in Swirling Flow.
Descriptive Note : Technical summary rept.,
Corporate Author : WISCONSIN UNIV MADISON MATHEMATICS RESEARCH CENTER
Personal Author(s) : McLeod,J. B. ; Parter,S. V.
Report Date : OCT 1975
Pagination or Media Count : 37
Abstract : The existence of solutions of Batchelor's nonlinear differential equations for swirling flow induced by two parallel rotating coaxial discs of infinite size is investigated. It is found that if the discs rotate in the same direction (with one rotating and one stationary disc as a special case), then for sufficiently small kinematic viscosity of the fluid, the angular velocity of the swirling flow cannot vary monotonically in the axial direction. Should a condition of monotonic variation of the angular velocity be imposed, then a solution to the governing differential equations would not exist. A detailed step by step proof is provided.
Descriptors : *VORTICES, *NONLINEAR DIFFERENTIAL EQUATIONS, EQUATIONS OF MOTION, BOUNDARY LAYER, NUMERICAL INTEGRATION, THEOREMS
Subject Categories : Numerical Mathematics
Fluid Mechanics
Distribution Statement : APPROVED FOR PUBLIC RELEASE