In this paper, a new flow regime is identified by applying an umbrella-like baffle in a
rectangular spout fluidized bed and studied by Computational Fluid Dynamics-Discrete …

To investigate complex gas-solids flow characteristics of a spout-fluid bed with bafflers in
wetting and drying process, a non-intrusive measurement technique combining pressure …

Spouted beds operation quality and stability often suffer from spout deflection, which means
the spout channel shows a lateral movement instead of vertical spouting. A comprehensive …

To investigate spouted flow characteristics in a rectangular spout-fluid bed with bafflers, a
non-intrusive measurement approach, which combines electrical capacitance tomography …

Spout fluidized beds are often utilized for the gas–solid operations involving physical and/or
chemical transformations such as drying, coating, granulation, combustion, gasification, etc …

A novel nonintrusive technique is presented to investigate hydrodynamic and thermal
behavior of gas–solid spout‐fluidized beds with liquid injection, by simultaneously capturing …

Coupled CFD-DEM simulations of a three-dimensional prismatic spouted bed with liquid
injection were performed. Spouting stability is investigated by means of pressure drop …

Numerical simulation of dense gas–solid motion in a spout-fluid bed was carried out using
the computational fluid dynamics coupled with discrete element method (CFD–DEM), in …

This paper deals especially with spouting stability in a slot-rectangular (prismatic) spouted
bed. The flow stability was characterized by the pressure drop evaluation (the uniformity and …

A spouted bed containing non-spherical particles was investigated numerically using the
non-spherical discrete hard-sphere method, and experimentally using particle image …