The free-surface flows with particles are widely found in chemical engineering, and
numerical modeling is a strong computing tool for in-depth understanding of the local and …

Solid-liquid rotary drums have been widely practised in various industries, while the
complex multiphase hydrodynamics hinders the understanding and optimisation of these …

This paper employs multiphase flow theory to investigate the influence of different solid
particle densities on the sloshing characteristics within a liquid tank. A numerical model of …

CFD (computational fluid dynamics)-DEM (discrete element method) model has been widely
applied in the simulation of the multiphase flow involving granular materials, but it's time …

Background Date production poses significant environmental and economic problems.
Conventional waste management methods are insufficient to address these issues …

The single bubble behavior in a 3 mm rectangular gas–liquid–solid mini-fluidized bed with
90 μm particles was simulated using the combination of VOF and DEM, and the results were …

Mixing is important in many chemical and biochemical processes to ensure uniform
conditions throughout the process volume. A complex interaction arises for heterogeneous …

In order to improve the waste heat recovery efficiency of high-temperature metallized pellets
and save spraying cooling water, a waste heat recovery drum cooler with cooling water …

The mixing characteristics of cubic particles in a cylinder mixer are analyzed by the SIPHPM
simulation in comparison with spherical particles. The assembly of cubic and spherical …

The high degree of control afforded by microfluidic techniques enables the generation of
monodisperse water-in-oil-in-water (W1-O-W2) double droplets, which are transformed to …