Single-phase vortices are a classic example of objects characterized by symmetry in the
distribution of all main parameters. The presence of inertial particles (or droplets) in such …

In this study, first, the effect of different state-of-the-art dispersion and particle-wall collision
models on the efficiency and erosion prediction are investigated. Second, the influence of …

In this paper, the CFD-DEM coupling method was used for the large coal particles
simulation. It was found that the axial velocity of particles was symmetrically distributed …

Turbulent flow in fluid dynamics is used to describe fluid motion characterized by
unpredictable fluctuations in pressure and flow velocity. Turbulence is generated when an …

Subgrid-scale (SGS) gas flow and particle-particle collision are closely related to the particle
dispersions in swirling gas-particle flow. However, investigations which consider the four …

How to describe the effects of subgrid scale (SGS) gas flow on particle dynamics in large
eddy simulation (LES) is a challenge for modeling and simulation of particle-laden swirling …

An improved particle dispersion model for the Reynolds-averaged Navier–Stokes (RANS)
simulation of particle-laden round, turbulent jets is proposed, which incorporates the effects …

The focus of this research is the development of an improved spray-wall interaction (SWI)
model in an Eulerian-Lagrangian framework as well as its comparison with other models …

In this study, multi-objective optimizations of a reactivity controlled compression ignition
engine are performed. The main focus is the investigation of effects of seven design …

For high-fidelity predictions of turbulent flows in complex practical engineering problems, the
Wall-Modeled (WM) Large-Eddy Simulation (LES) has aroused great interest. In the present …