Particle-laden flows are ubiquitous, ranging across systems such as platelets in blood, dust
storms, marine snow, and cloud droplets. The dynamics of a small particle in such non …

We present a comprehensive Euler-Lagrange solver, CP3d, for the direct numerical
simulation of particle-laden flows. The solver can handle one-way, two-way, interface …

The saltation regime is very important for understanding the sediment transport mechanism.
However, there is no consensus on a model for the saltation regime. This study answers …

An experimental/theoretical study has been presented on the problem of the dynamic
equation of motion of a close to neutral buoyancy sphere (0.04 m in diameter) decelerating …

We present an efficient second-or fourth-order finite difference direct numerical simulation
(DNS) solver using pencil-like domain decomposition parallel strategy, with the ability to …

The correct calculation of interphase forces exerted on particles is important for particle
tracking and interphase interaction. The Basset history force, which accounts for unsteady …

We investigate the fluid-solid interaction of suspensions of Kolmogorov-size spherical
particles moving in homogeneous isotropic turbulence at a microscale Reynolds number of …

In this paper, the importance of the forces governing the motion of a millimetre-sized sphere
in a viscous fluid has been examined. As has been shown previously, for spheres moving …

This book is the first of its kind on fractional calculus (FC), dedicated to advocating for FC in
STEM education and research. Fractional calculus is increasingly used today, but there …

This work evaluates the relative significance of forces determining the motion of a pulverized
coal particle under conditions representative of a pressurized oxy-coal combustor. The …