The interaction between particles and turbulent flows provides a research topic of both
fundamental importance and practical interest. Examples of applications are deposition of …

The motion of dense particles in a turbulent gas flow has been studied by means of
numerical simulations. The single‐phase turbulent pipe flow was modelled using Direct …

A key issue in the development of models for fluid-particle flows is the turbulence of the
carrier phase. Increased turbulence leads to higher Reynolds stresses, increased heat …

We present results from a direct numerical simulation of the passive transport of solid
particles by a fully developed turbulent channel flow with a Reynolds number of 180 based …

Particle-laden turbulent flows, at average volume fraction less than 4× 10− 4, in open
channels are numerically simulated by using a pseudospectral method. The motion of …

Previous investigations of particle-laden flows have demonstrated that loadings of small,
dense particles in gas flows can greatly attenuate the fluid turbulence levels. However …

A second order closure scheme is developed for the numerical prediction of isothermal, non‐
reacting, mono‐dispersed, dilute gas‐particle turbulent shear flows. The model is based on …

This paper presents results for the behavior of particle-laden gases in a small Reynolds
number vertical channel down flow. Results will be presented for the effects of particle …

The interaction between a fixed particle and decaying homogeneous isotropic turbulence is
studied numerically using an overset grid that provides resolution of all scales of fluid …

Most calculations of particle deposition in turbulent boundary layers have been performed
using an equation of motion in which the form for the lift force is that in a linear shear flow for …