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 …

Conventional cylindrical-body cyclone separators have been in use in the industry for a long
time due to their many benefits, including simple design and construction, low running costs …

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

In this paper, one of the frequently asked questions for gas cyclone CFD simulation, that
“How can the proper near-wall grid size be estimated?”, has been answered. The wall y+ …

The cohesive model and traction-separation curves have brought a considerable possibility
for researchers and fracture engineers to assess and simulate failure in composite …

The multi-phase flow of air and bio-particulate matter exists in many biological and
environmental systems such as aerodynamic separating devices, fluidized bed combustion …

Cyclones are one of the most common devices for removing particles from the gas stream
and act as a filter. The mode of action of separating these particles, from mass gas flow, in …

Emission abatement cyclone performance is improved by increasing collection effectiveness
or decreasing energy consumption. The object of this study was to quantify the pressure …

In this paper, numerical simulation of flow field in three types of standard new design
cyclone separators namely 1D2Dn, 1D3Dn and 2D2Dn are investigated. In these standard …

This study investigates the influence of various configurations of dipleg and dustbin
structures on cyclone separator performance. For comparative analysis, the inverted cone …