Inertial particles, ie, small heavy particles, can inhomogeneously distribute and form clusters
even in statistically homogeneous turbulence. When the Reynolds number of turbulence is …

In this paper, we consider the physical mechanism for the clustering of inertial particles in
the inertial range of isotropic turbulence. We analyze the exact, but unclosed, equation …

To quantitatively study the relationships between small-scale fluid motions and inertial
particle clustering in turbulence, we track inertial particles in a turbulent flow through a direct …

Direct numerical simulation of homogeneous isotropic turbulence shows pronounced
clustering of inertial particles in the inertial subrange at high Reynolds number, in addition to …

In high-Reynolds-number two-dimensional turbulence with a− 5/3 power-law energy
spectrum, the clustering of inertial particles reflects the clustering of acceleration stagnation …

It is shown by direct numerical simulation that the preferential concentration of small heavy
particles in homogeneous isotropic developed turbulence has a self-similar multi-scale …

The preferential concentration of heavy inertial point particles in homogeneous isotropic
turbulence is investigated with direct numerical simulations. The particle clustering is …

We report experimental evidence of spatial clustering of dense particles in homogenous,
isotropic turbulence at high Reynolds numbers. The dissipation-scale clustering becomes …

Despite the widely acknowledged significance of turbulence-driven clustering, a clear
topological definition of particle cluster in turbulent dispersed multiphase flows has been …

Particles with different density from the advecting turbulent fluids cluster due to the different
response of light and heavy particles to turbulent fluctuations. This study focuses on the …