1979Journal of Applied MechanicsRequires access

Small Reynolds Number Electro-Hydrodynamic Flow Around Drops and the Resulting Deformation

M. B. Stewart, Frank A. Morrison

Open publisher page 10 citations

Abstract

Low Reynolds number flow in and about a droplet is generated by an electric field. Because the creeping flow solution is a uniformly valid zeroth-order approximation, a regular perturbation in Reynolds number is used to account for the effects of convective acceleration. The flow field and resulting deformation are predicted.

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What this paper is about

Low Reynolds number flow in and about a droplet is generated by an electric field. Because the creeping flow solution is a uniformly valid zeroth-order approximation, a regular perturbation in Reynolds number is used to account for the effects of convective acceleration. The flow field and resulting deformation are predicted.

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Available abstract

Low Reynolds number flow in and about a droplet is generated by an electric field. Because the creeping flow solution is a uniformly valid zeroth-order approximation, a regular perturbation in Reynolds number is used to account for the effects of convective acceleration. The flow field and resulting deformation are predicted.

Key concepts: Reynolds number, Mechanics, Hele-Shaw flow, Stokes flow, Magnetic Reynolds number, Classical mechanics, Physics, Reynolds equation

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