Expanding recent observations by Hammond & Meng (J. Fluid Mech., vol. 921, 2021, A16),
we present a range of detailed experimental data of the radial distribution function (rdf) of …

… An interaction of particles with a high Reynolds number turbulent gas flow accelerating to a
nozzle, has not been characterized thoroughly. We study the particle-turbulence interactions …

This review is motivated by the fast progress in our understanding of the physics of particle-laden
turbulence in the last decade, partly due to the tremendous advances of measurement …

… To evaluate the present dispersion width transport model and to calibrate the stochastic
simulation of particle-turbulence interactions, the computations were peril)treed for the solid …

… interactions between turbulent flow, particle motion, and bed configurations. Of particular
significance is the interaction … “Experiments on particle-turbulence interactions in the near-wall …

… on particle–turbulence interaction. Two different particle positions are considered here. In
the first set of simulations, the particle is placed within the buffer region, where turbulence …

The present work examines the predictive capability of a two-fluid CFD model that is based
on the kinetic theory of granular flow in simulating dilute-phase turbulent liquid–particle pipe …

… Particle–wall interactions are influenced by complicated factors like electrostatic effects
and wall roughness. The experimental work of Kulick et al. (1994), hereafter referred to as …

… A review of the subject of particle-turbulence interaction (Hetsroni 1989) and two recent …
All these studies show that the subject of particle interaction with turbulence is a very complex …

… To predict particle collision rates in turbulence, it is necessary to incorporate interactions
into statistical models, including not only hydrodynamic but also electrostatic interactions. The …