Gas-solid fluidized beds have drawn the attention of engineers and researchers as an
effective technology for a large variety of applications, and numerical simulations can play …

Euler-Lagrange method is powerful for studying dense gas-solid flow, where the Eulerian
grid is typically 3–5 times of particle diameter to ensure the accuracy of information mapping …

In the last 30 years, the growth mechanism of carbon nanotubes (CNTs) has received
significant amounts of attention. However, the exploration of data for high-temperature …

In the century-long development of fluidization technology, simulation methods have
evolved in response to scientific and engineering demands, which in turn have produced …

We employ a two-fluid model (TFM) as well as a computational fluid dynamics coupled to
discrete element method (CFD-DEM) approach to study the time averaged hydrodynamics …

Spatiotemporal coherent structures are critical in quantifying the hydrodynamics of dense
gas–solid flows. In this study, two data-driven methods, proper orthogonal decomposition …

Filtered mesoscale model can be formulated from highly-resolved continuum or discrete
simulations. The embedded microscopic homogeneous drag closure (HDC) is of key …

Predictions for bubble and particle dynamics surrounding a single bubble injected into an
incipiently cylindrical fluidized bed from CFD-DEM and TFM simulations using different drag …

The computational fluid dynamics-discrete element-immersed boundary method (CFD-DEM-
IBM method) is extended to simulate the decomposition of ozone in a cylindrical bubbling …

An accurate drag correlation accounting for multiscale heterogeneous porous structures is a
prerequisite for reliable CFD simulation of fluidized beds. Though particle clusters in …