Various existing analytical descriptions for predicting turbulent flows laden with solid
particles or liquid droplets are reviewed here. The main focus is on a collisionless dispersed …

Turbulent flows are nonstationary in nature. Since the turbulent fluctuations of most flow
parameters satisfy a symmetric Gaussian distribution, the turbulent characteristics have the …

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 …

Gas-phase turbulent flow fields laden with small heavy particles occur in a wide range of
engineering and scientific disciplines. Examples are as diverse as pollutant dispersion in the …

The velocity distribution of dilute suspensions of heavy particles in gas–solid turbulent flows
is investigated. A statistical approach–the mesoscopic Eulerian formalism (MEF)–is …

The purpose of this paper is to examine the feasibility of large eddy simulation (LES) for
predicting gas–solid flows in which the carrier flow turbulence is modified by momentum …

The objective of the paper is to present a statistical model for predicting particle transport
and heat transfer in two-phase quasi-homogeneous turbulent shear flows. This statistical …

In the present work, Euler–Euler modeling of bubbly flows is combined with a full Reynolds
stress model for the turbulence in the liquid carrier phase. Reynolds stress models have only …

A summary is made of the present state of knowledge of turbulent gas-solid flow modeling
and in particular its application to circulating fluidized bed combustion chambers. Models …

Several important issues pertaining to dispersion and polydispersity of droplets in turbulent
flows are investigated via direct numerical simulation (DNS). The carrier phase is …