Flow of a simple non-newtonian fluid past a sphere |
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Authors: | John Slattery |
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Affiliation: | (1) Department of Chemical Engineering, Northwestern University, Evanston, Illinois, U.S.A |
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Abstract: | Summary Creeping flow past a sphere is solved for a limiting case of fluid behaviour: an abrupt change in viscosity.List of Symbols dij Component of rate-of-deformation tensor - Fd Drag force exerted on sphere by fluid - G(d) Coefficients in expression for ij in terms of dij - GYOJK(d) Coefficients in power series representing G(d) - R Radius of sphere - r Spherical coordinate - V Velocity of fluid very far from sphere - vi Component of the velocity vector - x Dimensionless radial distance, r/R - xi Rectangular Cartesian coordinate - Dimensionless quantity defined by (26) - (d) Potential defined by (7) - Value of x denoting border between Regions 1 and 2 as a function of - 1, 2 Lower and upper limiting viscosities defined by (10) - Spherical coordinate - * Value of for which =1 - Value of denoting border between regions 1 and 2 as a function of x - Newtonian viscosity - ij Component of the stress tensor - Spherical coordinate - 1, 2 Stream functions defined by (12) and (14) - Second and third invariants of the stress tensor and of the rate-of-deformation tensor, defined by (3) |
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