… turbulence-particle interactions for any realistic modeling of this problem. In the present paper,
particle-turbulence interaction in … conducted varying particle size, particle density, particle …

… The reason for this behavior is particle inertia, which filters the high frequency turbulence …
of turbulent boundary layer dynamics and to examine the mechanisms for particle transfer, …

… near-wall region of the turbulent boundary layer. We examine the role of the rear-end of a
quasistreamwise vortex very near to the wall in preventing particles in the proximity of the wall …

… particles suspended by a turbulent boundary layer over a horizontal smooth wall, where
particles interact with … the details of the particle–fluid interaction across the boundary layer. The …

… Particle-turbulence interactions in natural geophysical flows have been widely investigated
to provide insights into the mechanisms of aeolian/sediment transport and bedform formation …

… particle tracking model in Fluent 6.2 is modified to include a better treatment of particle–turbulence
interactions … The fluid rms velocities in the boundary layer are computed using fits of …

… by the particle and the formation of the boundary layer at the particle surface lead to turbulence
… Time histories of the force applied to the particle from each overset grid simulation are …

… this is still a useful starting point to examine the regimes of sediment-turbulence interaction.
… ), particle-turbulence interactions can be characterized using the particle Reynolds number, …

… on the interaction between particles and wall turbulence. Here the effects of coherent
structures on particle motion and distribution in the wall layer, and on particle entrainment and …

… interaction was isolated from changes in the fluid turbulence … to fluid turbulence simply as
turbulence, since particle turbulence is … of modeling this interaction as an “increased viscosity.” …