porous materials, droplets, suspensions, spherical configuration, bubbles, transport theory, creep, permeability, sedimentation, viscosity, multiphase flow
A method for computing Stokes flow interactions in suspensions of spherical objects is described in detail and applied to the suspensions of porous particles, drops, and bubbles to determine their hydrodynamic transport coefficients.
Sangani, Ashok S. and Mo, Guobiao, "A Method for Computing Stokes Flow Interactions Among Spherical Objects and its Application to Suspensions of Drops and Porous Particles" (1994). Biomedical and Chemical Engineering. Paper 28.