The interaction between a fixed particle and decaying homogeneous isotropic turbulence is
studied numerically using an overset grid that provides resolution of all scales of fluid …

The modulation of isotropic turbulence by particles has been investigated using direct
numerical simulation (DNS). The particular focus of the present work is on the class of dilute …

The modulation of decaying isotropic turbulence by 45 000 spherical particles of
Kolmogorov-length-scale size is studied using direct particle–fluid simulations, ie the flow …

Fully resolved simulations of particles suspended in a sustained turbulent flow field are
presented. To solve the Navier–Stokes equations a lattice-Boltzmann scheme was used. A …

Direct numerical simulations of a turbulent fluid laden with finite-sized particles are
performed. The computations, on a 1283 grid along with a maximum of 262 144 particles …

A model of particle behavior in turbulent flows is presented. Each particle trajectory is
computed by numerically integrating the particle governing equations, with a random …

This paper reviews recent research on the use of numerical simulations to study the motion
of particles in turbulent flows. The main emphasis is on direct numerical simulation (DNS) …

A statistically stationary homogeneous isotropic turbulent flow modified by 64 small fixed
non-Stokesian spherical particles is considered. The particle diameter is approximately …

A fictitious domain method is used to perform fully resolved numerical simulations of particle-
laden turbulent flow in a horizontal channel. The effects of large particles of diameter 0.05 …

Drag laws for particles in fluids are often expressed in terms of the undisturbed fluid velocity,
defined as the fluid velocity a particle sees before its disturbance develops in the fluid. In two …