In the present study two benchmark problems for turbulent dispersed particle-laden flow are
investigated with computational fluid dynamics (CFD). How the CFD programs OpenFOAM …

Transport of micron particles in a displacement ventilated room was simulated using both
the Eulerian-Eulerian model and the Eulerian-Lagrangian model. The same inter-phase …

A novelty particle subgrid scale model is established to model the effect of gas flow on
particle motion behaviors and a four-way coupling method to describe the particle-particle …

An improved second-order moment mixture gas-particle turbulent model based on the Euler-
Euler two continuum approach was developed to indicate the ultralight particle dispersion …

This article investigates the role of the specularity coefficient (φ, the extent of the energy
dissipation due to particle–wall collisions), inter-particle restitution coefficient (e pp, the …

Turbulence modulations by particles of a swirling gas–particle two-phase flow in an
axisymmetric chamber are numerically simulated. To fully consider the preferential …

The simulation of turbulent gas–solid flows at the mesoscopic scale is still challenging in
fluid mechanics. This paper proposed the Lattice Boltzmann-cellular automata (LB-CA) …

The dispersion characteristics of ultralight particle (expanded graphite) in swirling mixture
particle‐laden coaxial jet combustor was modeled and numerically predicted using …

The purpose of the study is to present an explicit self-consistent algebraic Reynolds stress
model (ARSM) for two-phase turbulent flows combined with diffusion-inertia model (DIM) …

The mean and fluctuation flow patterns and heat transfer in a turbulent droplet-laden dilute
flow behind a two-dimensional single-side backward-facing step are numerically studied …