Particle deposition dynamics in a fully developed turbulent channel flow at a friction
Reynolds number of R e τ= 180 for two Stokes numbers (S t= 1 and 10) are investigated …

The effect of subgrid-scale velocity fluctuations on the deposition and dispersion of solid
particles in a filtered DNS turbulent channel flow at R e τ= 180, and for particles with Stokes …

In this work, we carry out direct numerical simulations of particle suspensions in the
compressible turbulent vertical channel (TVC) flows with Mach number Ma= 1.5 and particle …

Direct numerical simulation is coupled with a Lagrangian point-particle tracking to study the
dynamics of inertial prolate ellipsoids in a turbulent channel flow. Two models are employed …

Secondary flow effects on particle dynamics are investigated in a fully developed turbulent
open square duct flow at a shear Reynolds number of Re τ= 300. The modelling of the fluid …

Point-particle direct numerical simulations of horizontal open-channel turbulence two-way
coupled with inertial particles (St+= 1, 31, 100) are performed to investigate the effects of the …

This study investigates turbulent particle-laden channel flows using direct numerical
simulations employing the Eulerian-Lagrangian method. A two-way coupling approach is …

Recent advancements in particle dispersion modeling have significantly enhanced our
understanding and capabilities in predicting and analyzing the behavior of particulate matter …

Particle dispersion and deposition in a fully developed turbulent channel flow at a friction
Reynolds number of Reτ= 180 for two Stokes numbers (St= 1 and 10) are investigated using …