Gas–solid cyclone separators are widely utilized in many industrial applications and usually
involve complex multi-physics of gas–solid flow and heat transfer. In recent years, there has …

This is a detailed review on olefin polymerization models, and the most recent process
control approaches used to control these nonlinear systems are presented. Great focus has …

Abstract The Dense Discrete Phase Model coupled with an agglomeration model is
developed and validated for the simulation of industrial cyclones with high solid loads. The …

A hybrid multiphase model (Dense Discrete Phase Model, DDPM) coupled with a k-ω sst
turbulence model, which includes gas–solid heat exchange was developed for the …

In this study, the dense flow characteristics in a Lapple cyclone were investigated using
numerical simulations. At a high solid volume fraction, four-way coupling must be applied to …

Abstract The Spatially-Averaged Two-Fluid Model (SA-TFM) is a functional multiphase
turbulence model aimed at predicting the influence of unresolved meso-scale structures on …

A hybrid multiphase model (Dense Discrete Phase Model, DDPM) coupled with an
agglomeration model and a sub-grid drag model was developed for simulation of industrial …

This paper proposes a novel slit-cone cyclone design and presents the subsequent
evaluation of the effects of different slit locations on gas flow fields and particle separation …

The present study was aimed at the inlet particle spatial distribution of a gas-solid separator
with high solid loading and investigated its effects on cyclone performance and the inner …

We present a novel hybrid multi-scale model, referred to as “discrete magnification lens”
method, which utilizes a computational fluid dynamics coupled to discrete element method …