… The particle-turbulence interaction is easy to observe using 2D … the interactions. In this
paper, we explore a method which can visualize the 3D effect of particle-turbulence interaction as …

We consider the classical problem of wave stability and dispersion in a turbulent plasma
background. We adopt a kinetic description for the quasi-particle turbulence. We describe an …

… In addition, our results show that both particle collision and particle-turbulence interaction
play roles in the formation of the inhomogeneous distribution of the particles at the density ratio …

The aim of this work is to contribute to the numerical modeling of turbulent gas-solid flows in
vertical or horizontal non isothermal pipes, which can be found in many industrial processes …

One of the most difficult problems associated with the prediction of multiphase flows is that
of modeling the exchange of mass, momentum and energy which takes place between the …

Particle-turbulence interaction in the boundary layer of a flume is studied experimentally and
numerically. The coherent structures in the wall region are funnel shaped vortices which lie …

… The results indicate that the PDF model of particle phase can simulate the anisotropic
features of particle turbulence, even when the gas turbulence is nearly isotropic. Since the k–ε …

… By studying the interaction between particles and turbulence it should be possible to identify
… Apart from these applications studying particleturbulence interaction is of value from a more …

… velocity is a useful measure of particle-turbulence interactions in wall-bounded flows and …
particle-fluid covariance equals to the particle turbulence intensity in a given direction is not …