The effect of the vortex finder dimensions (both the diameter and length) on the performance
and flow field pattern in nine cyclone separators has been investigated computationally …

In this article, square cyclone separator performance has been analyzed by varying the five
important geometric parameters. Primarily, Swift (1971) model is considered to develop the …

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 …

Floods are potentially devastating natural hazards that can threaten human life and
ecosystems. The serious impact caused by floods is the reason for the urgent need to …

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 …

Pressure drop (Δp) and collection efficiency (η) are used to evaluate the separation
performance of the cyclone separator. In this study, we conducted comparative study of …

Abstract In this article, Multi-Objective Optimization (MOO) of new cyclone separators namely
Karagoz cyclones is performed using Computational Fluid Dynamics (CFD), Artificial Neural …

Gas cyclones have many industrial applications in solid–gas separation. The vortex finder is
an essential part in gas cyclones where the shape and diameter highly affect the cyclone …

Gas cyclone separators are employed to separate particles from gas. In this study, the effect
of the vortex finder diameter, inlet velocity and particle size on the flow field and the …

Gas cyclones have traditionally been used as particle separators to remove dust from gas
streams, with the goal of achieving a dust-free gas flow at the exit pipe and recovering …