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Form factors for deformed spheroids in stokes flow

Vivian O’Brien

Open publisher page 44 citations

Abstract

Abstract Closed analytic Stokes flow solutions for general shapes are quite improbable, but semianalytic numerical procedures allow flow calculations for a variety of shapes. The change in drag with change in shape from a sphere, here expressed in terms of a form factor, is discussed and compared to empirical shape factors developed from sedimentation experiments.

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Abstract Closed analytic Stokes flow solutions for general shapes are quite improbable, but semianalytic numerical procedures allow flow calculations for a variety of shapes. The change in drag with change in shape from a sphere, here expressed in terms of a form factor, is discussed and compared to empirical shape factors developed from sedimentation experiments.

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Available abstract

Abstract Closed analytic Stokes flow solutions for general shapes are quite improbable, but semianalytic numerical procedures allow flow calculations for a variety of shapes. The change in drag with change in shape from a sphere, here expressed in terms of a form factor, is discussed and compared to empirical shape factors developed from sedimentation experiments.

Key concepts: Stokes flow, Drag, Stokes number, Flow (mathematics), Shape factor, Spheroid, Stokes' law, Mechanics

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