Particle-laden or droplet-laden turbulent flows occur in many industrial applications and in
natural phenomena. Knowledge about the properties of these flows can help to improve the …

Multiphase flows occurring in nature and in technological applications are often turbulent.
The large range of length scales and timescales in turbulent multiphase flows makes direct …

Deposition and entrainment of particles in turbulent flows are crucial in a number of
technological applications and environmental processes. We present a review of recent …

In large-eddy simulation (LES) of turbulent dispersed flows, modelling and numerical
inaccuracies are incurred because LES provides only an approximation of the filtered …

In this investigation, the accuracy of the discrete and continuous random walk (DRW, CRW)
stochastic models for simulation of fluid (material) point particle, as well as inertial and …

In wall-bounded turbulent flows, the wall-normal gradient in turbulence intensity causes
inertial particles to move preferentially toward the wall, leading to elevated concentration …

The purpose of the present paper is to provide a comprehensive account of Lagrangian
stochastic methods for polydisperse two-phase reactive flows. In this work, the emphasis is …

In this study, a dynamic model for large-eddy simulations is proposed in order to describe
the motion of small inertial particles in turbulent flows. The model is simple, involves no …

Dust particles can remain suspended in the atmospheric boundary layer, motions of which
are primarily determined by turbulent diffusion and gravitational settling. Little is known …

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 …