Computational fluid dynamics (CFD) applies numerical methods to solve transport
phenomena problems. These include, for example, problems related to fluid flow comprising …

This review presents a systematic analysis of the published literature on flow regime
map** and effects of external disturbances for flow past a single stationary sphere …

We propose an open-source Python platform for applications of deep reinforcement learning
(DRL) in fluid mechanics. DRL has been widely used in optimizing decision making in …

In the present study, thermal and emission performances of a micro-planar combustor
fuelled with methane/ammonia mixture are numerically investigated. For this, a 3D low-Mach …

The flow past a square cylinder at Re= 2.2× 10 4 is analyzed by large-eddy simulation (LES)
using the fine grids in order to represent details of near-cylinder flows. The accuracy of LES …

In this paper, a reactive MP-PIC model is built on the open-source software package
OpenFOAM to explore biomass gasification in a fluidized bed reactor. In this model, gas …

Advances in computing power have enabled computational fluid dynamics (CFD) to become
a crucial tool in aerodynamic design. To facilitate CFD-based design, the combination of …

A coupling algorithm between two open-source numerical toolboxes, ie, OpenFOAM and
Code_Aster, is implemented for fluid-structure interaction analysis of submerged nets. This …

Here we examine partial and supercavitation over a sphere at a constant Reynolds number
of 1.5× 10 6 and a broad range of cavitation numbers (0.36< σ< 1). Large eddy simulation …

Abstract The Reynolds-averaged Navier-Stokes (RANS) equations for steady-state
assessment of incompressible turbulent flows remain the workhorse for practical …