ABSTRACT Particulate Taylor–Couette flow of a particle-laden viscous fluid between two
coaxial rotating cylinders is studied using a novel hydrodynamic model. With the volume …

We have performed numerical simulations to investigate the phenomenon of axial pattern
formation exhibited by a non-neutrally buoyant concentrated suspension. Continuum …

The particle-modified velocity field of a rotating particulate fluid on a co-rotating disk is
studied. Unlike a clear fluid, which admits pure rigid-body rotation with a zero radial velocity …

In this work, previously undescribed particle patterns are reported for suspensions of initially
uniform dispersed non-Brownian particles in completely filled rotating drum flows and in …

The stability of the interface between a low-viscosity fluid and a granular medium in a
horizontal rotating cylinder is experimentally studied. We consider a moderate rotation when …

Segregation is an important process mainly used in industries during the flow of granular
materials. A granular medium is repeatedly collected particles that have different properties …

The nanoplatelet-filled polymer composite (NFPC) materials have received increasing
attention because of their high strength-to-weight ratio and toughness. However, high …

We report Stokesian dynamics simulations of bidensity suspensions rotating in a horizontal
cylinder. We studied the phase space and radial and axial patterns in settling as well as …

This work reports radial patterns and velocity profiles of fluid-particle suspensions rotating in
a fully filled horizontal cylinder using the technique of Particle Image Velocimetry. Dilute and …

In this communication, we propose the combination of acceleration of pathogens between
the elements of metamaterial together with the repacking procedure of earlier proposed …