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

The inertial migration of differently shaped rectangular particles and elliptical particles in a
channel flow and the self-organization of single-line particle trains are studied using the …

Correlations for the interfacial terms in the fluid dissipation rate equation and Reynolds
stress equations are established for particle-laden flows, based on data from the interfaced …

A drag correlation is established for laminar particle-laden flows, based on data from the
interfaced-resolved direct numerical simulations (IR-DNS) of particle sedimentation in a …

The preference for particles to accumulate at specific regions in the near-wall part is a widely
observed phenomenon in wall-bounded turbulence. Unlike small particles more frequently …

Particle‐resolved simulations of turbulent particle‐laden flows provide a powerful research
tool to explore detailed flow physics at all scales. However, efficient particle‐resolved …

Fully resolved direct numerical simulations of turbulent downward channel flow laden with
finite-size spherical particles are performed using the lattice Boltzmann method. Unlike …

A large number of turbulence models (stochastic and large-eddy simulation (LES) models)
developed to describe the dynamics of particle-laden turbulent flows are based on the …

Compressible particle-resolved direct numerical simulations (PR-DNS) are widely used in
explosion-driven dispersion of particles simulations, multiphase turbulence modelling, and …

In this paper, we demonstrate that the original Troshko–Hassan model with the correction
coefficient being unity should be chosen for an interfacial term in the turbulent kinetic energy …