… Instead, we focus on the interaction of turbulence with particles at the smallest scales in a …
A physically based justification for limiting our view to interactions that take place primarily at …

… The goal of this work was to perform a fully resolved simulation of particle–turbulence
interaction. Therefore, the simulations were run between t = 15 and t = 30 where the turbulence …

… as to the details of the turbulence-particle interactions for any realistic modeling of this
problem. In the present paper, particle-turbulence interaction in wall flows has been studied in a …

… This paper summarizes recent progress on particle–turbulence interaction and discusses …
important nondimensional parameters describing particle–turbulence interaction is discussed. …

… of the particle-turbulence interactions responsible … particle-turbulence interactions in the
near-wall region of a turbulent open channel flow are presented, including particle interactions …

… Therefore, the flow can be considered to be homogeneous in the context of particle-turbulence
interaction. The decay of the turbulent kinetic energy is usually assumed to decay …

A novel scheme for strong coupling between inertial Lagrangian point particles and a
continuous Eulerian fluid phase has been developed. A full mechanical coupling can only be …

… We consider only the particle–turbulence interactions (either one- or two-way coupling), and
neglect inter-particle interactions. When doing two-way coupling simulations, we deal with ‘…

… It is necessary to investigate coherent structure and particle–turbulence interaction in suspended
… So, this study focuses the particle–fluid interaction in the ejection and sweep events by …

… and Kaftori,16 on particle-turbulence interactions in a horizontal channel—the situation
we will study in the present paper. Computational studies have also been made of particle …