In this study, we developed a new reacting flow solver based on OpenFOAM (OF) and
Cantera, with the capabilities of (i) dealing with detailed species transport and chemistry,(ii) …

A large eddy simulation formulation was proposed for spray combustion in gas turbine
combustion chambers, using a FGM combustion model coupled with detailed chemical …

The self-adaptive turbulence eddy simulation (SATES) is employed to investigate the lean
premixed methane/air turbulent flame in a single-nozzle model gas turbine combustor, in …

The entropy generation analysis of adiabatic combustion systems was performed to quantify
the exergy losses which are mainly the exergy destroyed during combustion inside the …

The combustion performance can be promoted by the shear layer, recirculation zones, and
precessing vortex cores in the swirling flow field. The swirling flow promotes the mixing …

The Eulerian stochastic fields (ESF) combustion model can be used in LES in order to
evaluate the filtered density function to describe the process of turbulence–chemistry …

A second law analysis in combustion systems is performed along with an exergy loss study
by quantifying the entropy generation sources using, for the first time, three different …

Nitrogen oxides (NOx) formation in a non-premixed industrial gas burner is analyzed with
Reynolds-averaged Navier-Stokes (RANS) computational fluid dynamics, using the Flamelet …

This study concerns the development and validation of a high-fidelity CFD solver for large-
eddy simulations (LES) of combustion and reacting flows. The solver is built upon a high …

In this paper, a dynamic adaptive mesh refinement method is used in conjunction with a
hybrid scale-resolving turbulence model to solve industrial combustion problems. The …