A gas-particle cyclone separator is an economical device for removing particulate solids
from a gas system, which is widely utilized in industrial applications. This review mainly …

Highlights•Evaluation of flow and performance of single and double spiral inlet
cyclones.•CFD is used to model the gas flow, and DEM to model and track …

This study uses the CFD technique to investigate the influence of a twisted inverted hybrid
solid cone (TIHSC) placed at the gas cyclone dustbin on the separator performance. This …

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 …

Gas‐particle aero‐type cyclones have revolutionized biochemical processes, engineering
industries, and environmental pollution protection by effectively separating particles from …

This research presents a comprehensive study aimed at investigating the influence of
different cyclone geometries on the flow field and performance in gas–bioparticle flows. Five …

Short-circuit flow and circulation flow are important secondary flows in a cyclone, which have
a negative impact on separation performance. This work proposed new cyclones (VH …

In this study, the effects of vane channel parameters on the flow field and separator
performance are investigated based on a vane type gas-water separator for a PEMFC …

Particle erosion is the main reason for the failure of pipelines in the coal chemical, oil, and
gas industries. The elbow is the main component that changes the direction of flow in a pipe …

In cigarette processing, the challenge is particularly significant during the air classification of
tobacco and stems due to their similar characteristics. This paper employs computational …