Abstract: The accelerated motion of a liquid droplet is investigated analytically. The equation of motion is developed through an analysis of the internal and external fluid motions. Response to step ...

Abstract: The stability of multicomponent flow through porous media is investigated. The flow results from an underground nuclear explosion. The effects of condensation, gravity, fluid mobilities, and heat ...

Abstract: The creeping motion of an aerosol aggregate composed of two touching spheres is investigated. A continuum-slip theory, suitable for small values of Knudsen number, is developed. The drag on a ...

Abstract: Low Reynolds number bubble motion in accelerating liquids is analyzed. Because of motion of the bubble surface, the flow about a bubble differs from the flow surrounding a rigid particle. A ...

Abstract: Similarity solutions are derived for the transient two-dimensional flow of a gas or liquid along an isolated fracture in a permeable medium. The driving pressure at the fracture inlet is ...

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 ...