To improve the internal flow field of a cyclone separator, grasp the effects of the cylinder roof
structure on the flow field of the cyclone separator, and improve the separation efficiency, the …

Current studies on improving the separation performance of cyclone separators focus on five
aspects: i] geometry-structure optimization, ii] geometry-parameter optimization, iii] operation …

The inlet duct length may affect the gas flow field and performance of a cyclone separator
with a contracted inlet duct. In this study, a numerical simulation using the Eulerian …

Gas cyclones have many industrial applications for separation of solids and liquids from
gases. The geometry of the cyclone is the most influential parameter for its performance …

In this study, the effect of roughness of cyclone wall on the rate of erosion and cyclone
performance was studied using the CFD technique with the aid of the Ansys-Fluent 19.2 …

The current work is aimed at optimizing the performance of a cyclone with variable-pitch-
length spiral baffles when the cone of the cyclone is roughened. The numerical simulations …

In this reported study, a new Q criterion was proposed to analyze the vortex in three
cyclones that had various inlet structures. The Reynolds stress model (RSM) was used to …

An appropriate design of the inlet type has been proved to be an effective approach to
improve the performance of a hydrocyclone. Until now, there is still no detail analysis on the …

This study presents a new method to analyze the vortex of cyclone separator by using the
vortex identification of Q criterion. The Phase Doppler Particle Analyzer (PDPA) is used to …

This paper presents a numerical study on a traditional Lapple cyclone separator with the
inserted cross-shaped metal blades in the vortex finder. The Reynolds stress model (RSM) …