A block-structured mesh large-eddy simulation (LES)/probability density function (PDF)
simulator is developed within the OpenFOAM framework for computational modelling of …

Abstract Approaches based on Probability Density Function Differential Equation (PDF-DE)
have been used for modeling premixed turbulent combustion under Eulerian frame …

Despite the significant development of comprehensive detailed chemical kinetics
mechanisms for combustion simulation in the past decades, reduced descriptions of the …

Accurate predictions of minor chemical species and radicals are crucial for determining the
production of pollutants such as soot. Reduced chemical kinetic mechanisms compromise …

This work aims to characterize lean premixed turbulent swirling flames representative of gas
turbines and jet engines via a numerical study of flame topologies in a laboratory-scale …

Computational model of combustion chambers is a major topic of research on the past
decades. The modelling of such physical systems enables the analysis of several flame …

In the modern era there is extensive pressure on the world's economies to reduce their
dependence on fossil fuels and switch to renewable energy sources. However, almost 80 …

A general-purpose large-eddy simulation (LES)/probability density function (PDF)
methodology is developed for simulations of turbulent reacting flows. The LES/PDF solver is …

Computational model of combustion chambers is a major topic of research on the past
decades. The modelling of such physical systems enables the analysis of several flame …

Accurate predictions of minor chemical species and radicals are crucial for determining the
production of pollutants such as soot. Reduced chemical kinetic mechanisms compromise …