This article reviews the physical processes responsible for the transport and deposition of
particles and their theoretical modeling. Both laminar and turbulent processes are …

Various existing analytical descriptions for predicting turbulent flows laden with solid
particles or liquid droplets are reviewed here. The main focus is on a collisionless dispersed …

The purpose of develo** an integrated wind-erosion modelling system (IWEMS) is to
produce quantitative predictions of wind erosion on scales from local to global. The system …

The work described is part of a long‐term study in pursuit of a kinetic equation for particles
suspended in a turbulent flow. This equation represents the transport of the average particle …

The velocity distribution of dilute suspensions of heavy particles in gas–solid turbulent flows
is investigated. A statistical approach–the mesoscopic Eulerian formalism (MEF)–is …

Measurements of heavy particle dispersion have been made using direct numerical
simulations of isotropic turbulence. The parameters affecting the dispersion of solid particles …

The effects of 'crossing trajectories' and inertia on the dispersion of particles suspended in a
field of grid-generated turbulence were investigated experimentally. The effect of particle …

A solution to the dispersion of small particles suspended in a turbulent fluid is presented,
based on the approximation proposed by Phythian for the dispersion of fluid points in an …

The velocity and flux of spherical glass beads with nominal diameters of 200, 80 and 40 μm
have been obtained by phase-Doppler anemometry in a round unconfined air jet over the …

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 …