Turbidity currents are important ocean dynamic processes that influence sediment transport,
ocean engineering, and marine environments. As a turbidity current evolves, its macroscopic …

We devise a novel computational framework to achieve efficient multiscale modeling for
suspension flows. The modeling framework comprises a particle-resolving direct numerical …

The complex evolution of a melt pool of Ti-6Al-4V powder particles under a moving selective
laser was studied numerically. A laser power of 175 W and scanning speeds of 850, 1250 …

The CFD simulation based on the Eulerian-Eulerian model has been utilized to a small-
scale Flue Gas Desulfurization (FGD) tower with perforated sieve trays. Most of the relevant …

In this study, we investigate Rayleigh-Taylor instability in which the density stratification is
caused by the suspension of particles in liquid flows using the conventional single-phase …

We report the characteristics of Rayleigh–Taylor instabilities (RTI) occurring at the interface
between a suspension of granular particles and a clear fluid. The time evolution of these …

This study proposes a numerical model for particulate three-phase flow in microchannels
based on multiphase lattice Boltzmann method (LBM). The model combines the color …

This study incorporates a hybrid Cartesian/immersed boundary (HCIB) method and the
Navier-Stokes equations to simulate three-dimensional vortex flows around spheres …

This study uses a two-way dynamic coupled numerical model and laboratory experiments to
investigate the interaction of two free-falling spherical particles in water. Two spheres, with …

As a typical fluidization technology, Fluid Catalytic Cracking (FCC) is faced with the problem
of catalyst particle abrasion and crushing. However, due to the small particle size of catalyst …