The steady and unsteady state simulations of Stairmand cyclone separator were carried out
to investigate the performance of different interpolation schemes for discretization of …

In this paper two things are done.(i) The appropriate numerical scheme set for computational
fluid dynamics (CFD) simulations of cyclone separators with various vortex-finder-to-cone-tip …

Numerical study of the fluid flow and particle dynamics is presented by numerical techniques
to characterize the performance of new cyclone separators. The design of this cyclone is …

This study investigates the performance of different discretization schemes for simulation of
dispersed phase of cyclone separators by using Reynolds stress turbulence model facility of …

Hydrodynamic characteristics in a cyclone separator are simulated by means of DEM-CFD.
Reynolds stress turbulence model (RSM) is used to capture gas turbulence. By changing the …

The numerical simulation of the fluid flow and particle dynamics is presented by CFD
techniques to characterize the performance of the three types of standard cyclones. The …

The flow field of cyclone separators was simulated with different vortex finder diameters and
inlet dimensions using the Reynolds Stress Model to determine the mechanism of …

Numerical study of the fluid flow and particle dynamics is presented by numerical techniques
to characterize the performance of new design cyclone separators with one, two and three …

This paper presents a numerical study of the gas–solid flow in square cyclone separators
with three types of inlet configuration. Three-dimensional Reynolds Stress Model (RSM) was …

The effect of modeling of velocity fluctuations on the prediction of collection efficiency of
cyclone separators has been numerically investigated using the Reynolds stress turbulence …