Aqueous foam can be used as a transfer medium to form lightweight materials from natural
and man-made fibers together with other types of raw materials. This review discusses …

This work examines the role of particle-scale inertia in a monodisperse suspension of non-
Brownian and neutrally buoyant spherical particles subjected to simple-shear flow. The …

In this study, the Lattice Boltzmann (LB) method is applied for computer simulation of
suspension flow in Couette systems. Typical aspects of Couette flow such as wall effects and …

This paper addresses shear-induced self-diffusion in a monodisperse suspension of non-
Brownian particles in Couette flow by two-dimensional computer simulations following the …

The microstructure and rheological properties of suspensions of neutrally buoyant hard
spherical particles in Newtonian fluid under finite inertia conditions are studied using the …

We numerically studied the rheological properties and microstructure formation under shear
flow in a ternary particle/oil/water dispersion system. Our numerical simulation method was …

Particulate flows occur in various natural and technological settings. Understanding what
influences the flow characteristics and how they can be manipulated is significant from …

We present a lattice Boltzmann model designed for the simulation of dilute and dense finite-
sized rigid particle suspensions under applied shear. We use a bottom-up approach and …

We report here the first experimental results on the rheology of fiber-laden aqueous foams.
The measurements were carried out in a laboratory-scale environment with a glass pipe of …

The short-time motion of Brownian particles in an incompressible Newtonian fluid under
shear, in which the fluid inertia becomes important, was investigated by direct numerical …