In the past decade, nanotechnology's rapid developments have created quite a lot of
prospects for researchers and engineers to check up on. And nanofluids are important …

This review article examines the last decade of studies investigating solid, molten, and liquid
particle interactions with one another and with walls in heterogeneous multiphase flows …

In dispersed two-phase flows, particle electrification is a prevalent phenomenon that plays a
crucial role in particle transport. However, the influences of electrostatic forces on particle …

Determination of the explosion severity parameters of biomass is crucial for the safety
management and dust explosion risk assessment of biomass-processing industries. These …

In particle-laden turbulent wall flows, transport of particles towards solid walls is
phenomenologically thought to be governed by the wall-normal turbulence intensity …

To investigate the transport of heavy small particles (inertial particles) in high-Reynolds-
number wall turbulence, we conduct direct numerical simulations of inertial particles in …

We use theory and direct numerical simulations (DNSs) coupled with point particles to
explore the average vertical velocities and spatial distributions of inertial particles settling in …

An accurate and fast prediction of particle-laden flow fields is of particular relevance for a
wide variety of industrial applications. The motivation for this research is to evaluate the …

Particle entrainment into a turbulent boundary layer flow is a phenomenon of great
importance to many environmental and industrial processes. This paper introduces a …

In the framework of wall-modeled large-eddy simulation (WMLES), the problem of combining
sub-grid scale (SGS) models with the standard wall law is commonly acknowledged and …