A linear stability analysis is performed for the homogeneous state of a monodisperse gas-fluidized
bed of spherical particles undergoing hydrodynamic interactions and solid-body …

The motion of bubbles dispersed in a liquid when a small‐amplitude oscillatory motion is
imposed on the mixture is examined in the limit of small frequency and viscosity. Under these …

Experiments were performed in a vertical channel to study the behaviour of a monodisperse
bubble suspension for which the dual limit of large Reynolds number and small Weber …

We examine the problem of determining the particle-phase velocity variance and rhe-ology
of sheared gas-solid suspensions at small Reynolds numbers and finite Stokes numbers. …

The method described in Part I [Phys. Fluids 31, XXXX (1988)] is extended to treat the problem
of determining the permeability of random arrays of infinitely long cylinders. The results …

… quote some results of differentiation taken from Hobson 15 and Sangani and AcrivOS:16 …
may be found in Sangani et af.27 Only the expressions for derivatives of S 1 were given in that …

A method for computing Laplace and Stokes interactions among N spherical particles
arbitrarily placed in a unit cell of a periodic array is described. The method is based on an …

A new method is described for incorporating close-field, lubrication forces between pairs of
particles into the multiparticle Stokes flow calculations. The method is applied to the …

When a drop of liquid containing particles is allowed to evaporate from a substrate, the flow
induced by the liquid evaporating from the drop edge carries the particles to the edge. If …

Theeffective elasticity tensor of a composite medium consisting of spherical elastic particles
firmly embedded in a periodic cubic arrangement into another elastic medium is …