Combustion of hydrocarbon fuels lacks accurate and detailed reaction mechanisms, and the
majority of flame research is focused on atmospheric conditions, with little progress made in …

The use of fossil fuel is expected to increase significantly by midcentury because of the large
rise in the world energy demand despite the effective integration of renewable energies in …

Recently, premixed combustion dominated the field of combustion research worldwide. The
current work is a review that addresses the stability, approaches, and emission control of …

The usage of direct numerical simulations for research of turbulent combustion for space
propulsion applications is explored. With this goal in mind, the combustion near the injection …

Strict emission control regulations call for continuous advancement in existing combustion
and carbon-capture technologies to mitigate the rise in pollutants and greenhouse gases …

The formation of CO from stoichiometric and fuel-rich (ϕ= 2.0) methane mixtures highly
diluted in Ar and He (99% dilution) was followed by laser absorption in a shock tube at …

In this work, two sets of experiments were performed including air and oxy-combustion
premixed flames stabilized over a perforated-plate burner. A set of experiments was …

A turbulent methane–oxygen diffusion flame is studied using a direct numerical simulation
setup. The operating regime and turbulence characteristics are chosen to resemble those of …

This review overviews combustion technologies for reduced emissions and better fuel
economy in the industrial gas turbine. Lean premixed combustion (LPM) technology is …

In this research, the influence of the nitrogen concentration in the oxidizer, oxygen/fuel
equivalence ratio and temperature of the combustion chamber on the combustion …