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

Judging from the extensive literature on the subject, the phenomenon of material erosion by
solid-particle impact continues to challenge both practitioners and theoreticians with very …

The dispersion and deposition of particles from a point source in a turbulent channel flow
are studied. An empirical mean velocity profile and the experimental data for turbulent …

The interactions between small dense particles and fluid turbulence have been investigated
in a downflow fully developed channel in air. Particle velocities of, and fluid velocities in the …

Particle transfer in the wall region of turbulent boundary layers is dominated by the coherent
structures which control the turbulence regeneration cycle. Coherent structures bring …

Prediction of particle dispersion and distribution in a room is very important for creating and
maintaining a healthy indoor environment. The present study used a CFD program with a …

The trajectories of rigid spherical particles in a turbulent channel flow are computed using a
pseudospectral computer program to simulate the three‐dimensional, time‐dependent flow …

A Lagrangian random-walk approach to modeling particle deposition in turbulent duct flows
is presented. The inhomogeneous boundary layer turbulence is simulated by a discrete …

The analysis of the importance of the forces that act over an ensemble of particles in a
turbulent field has been carried out by using direct numerical simulation for a wide range of …

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