… regularizing the point-particle source term has … of turbulence has received little attention.
In this work, we consider decaying homogeneous isotropic turbulence laden with particles at …

… of a numerical investigation of the effects of near-neutral density solid particles on turbulent
… In the present paper, we will investigate the effects of ‘‘small’’ particles on turbulence in an …

… While the work of Squires & Eaton (1990) and Elghobashi & Truesdell (1993) has advanced
our understanding, the effect of turbulence modulation by particles is not fully resolved. For …

… We therefore conclude that at the concentrations considered in this study, each particle acts
independently, and thus their collective effect scales linearly with their total number, Np. We …

… numerical simulation (DNS) of turbulence, an approach pioneered by Orszag and Patterson’s
work [9] on isotropic turbulence… the effect of interpolation errors on the particle statistics, we …

… in which we consider the Reynoldsnumber dependence of inertial particle statistics using
direct numerical simulations (DNS) of homogeneous, isotropic turbulence (HIT). In Part 1 of this …

… The purpose of this paper is to address the effect of freestream turbulence on the drag
force on a particle. We consider direct numerical simulation of a particle subjected to a frozen …

… on the effects of the particles on the gas-phase turbulence. Sommerfeld13 … particle
trajectories which incorporated particle–particle collisions. His results indicated that particle–particle …

… The effect of turbulence decay is investigated to determine its effect on heavy particle … The
simulations of forced isotropic turbulence are useful for investigating particle dispersion since …

… -particle approximation. We show that in the case of neutrally buoyant particles, first-order
finite-size effects are not due to particle … Of course, issues on numerical resolution compelled …