An improved understanding of NO x formation at high pressures would be of considerable
utility to efforts to develop advanced combustion devices. A combination of theoretical and …

We study the structure of a methane–air edge flame stabilized against an incoming mixing
layer. The flame is computed using detailed chemical kinetics, and the analysis is based on …

A numerical study of the diluted oxidation of CH4 was performed to investigate the potential
importance of the NO-reburning mechanism in conditions relevant to MILD combustion. It …

In this paper, entropy generation in hydrogen enriched ultra-lean counter-flow methane–air
premixed combustion confined by planar opposing jets is investigated for the first time. The …

Oxy-methane counterflow diffusion flames diluted with CO 2 were investigated to clarify
impact of radiation heat loss and chemical effects of additional CO 2 to oxidizer stream on …

In this paper, entropy generation in counter-flow premixed hydrogen–air combustion
confined by planar opposing jets is investigated for the first time. The effects of the …

This article deals with the effect of pressure on the structure and consumption rate of
nonpremixed strained flames. An analysis based on the fast chemistry limit indicates that the …

In this paper, entropy generation in non-premixed hydrogen versus heated air counter-flow
combustion confined by planar opposing jets is investigated for the first time. The effects of …

Characteristics of turbulent lifted flames in coflow jets have been investigated experimentally
by varying the initial temperature of coflow air up to 900K. In the turbulent jet regime, the …

The main objective of this work is to create a robust model for two-phase liquid spray
combustion flow using vegetable oils, to investigate the flow structure generated by a swirler …