A review of the main mechanisms influencing turbulent modulation in the presence of
spherical and non-spherical particles is presented. The review demonstrates the need for …

In the present study, thermo-hydrodynamic performance of a small rectangular channel with
different protruded surfaces is investigated numerically in a three–dimensional …

A new experimental–theoretical framework has been developed to investigate turbulence
and turbulence modulation in a two-phase multicomponent particle–liquid flow in a …

A fully mesoscopic, multiple-relaxation-time (MRT) lattice Boltzmann method (LBM) is
developed to perform particle-resolved direct numerical simulation (DNS) of wall-bounded …

An improved particle dispersion model for the Reynolds-averaged Navier–Stokes (RANS)
simulation of particle-laden round, turbulent jets is proposed, which incorporates the effects …

In the present study, experiments as well as numerical computations based on finite volume
method have been carried out to investigate the entrainment of ambient air into a laboratory …

Numerical simulations of dilute, turbulent gas–solid flows in vertical pipes are performed
using a two-fluid model or Euler–Euler model incorporating kinetic theory for granular flows …

Anisotropic particles are present in many natural and industrial flows. Here we perform direct
numerical simulation (DNS) of turbulent pipe flows with dispersed finite-size prolate …

In the marine fire suppression system, continuous delivery of dry chemical powder to the fire
source with long powder discharge range and high dispersion concentration is essential …

Particle-laden jet flows can be observed in many industrial applications. In this investigation,
the horizontal motion of particle laden jets is simulated using the Eulerian–Lagrangian …