Computational fluid dynamics (CFD) is used to simulate the behavior of two phase gas solid
in a fluid catalytic cracking (FCC) riser. Gas and particle phases are considered as separate …

To tackle the challenging near-wall turbulence modeling while preserving low computational
cost, the near-wall nonoverlapping domain decomposition (NDD) method is proposed …

In this paper I review a coarse-grained fluid theory named the finite scale theory and
describe the development of its numerical analog, implicit large eddy simulation (ILES). The …

This paper aims to investigate the hydrodynamics of a three-dimensional (3-D) flapping
caudal fin in ground effect by using numerical simulation and experimental test. Three types …

An algebraic nonequilibrium wall-stress model for large eddy simulation is discussed. The
ordinary differential equation (ODE) derived from the thin-layer approximated momentum …

The objective of this work is to develop algorithms and provide a framework for an efficient
coupling of free flow and porous-medium flow to simulate porous-medium-soil-water …

Calderón–Ryaben'kii potentials provide the foundation for the difference potential method,
which is an efficient way for solving boundary-value problems (BVPs) in arbitrary domains …

For modeling turbulent flow, the near-wall domain decomposition (NDD) approach initially
proposed by the second author and recently developed in a number of papers proved to be …

Near-wall turbulence modeling represents one of challengers in the computational fluid
dynamics. To tackle this problem, the near-wall non-overlapping domain decomposition …

Modeling near-wall high-Reynolds-number turbulent flows is a time-consuming problem. A
domain decomposition approach is developed to overcome the problem. The original …