In the pursue of a carbon-free economy, the utilization of fuels with low or zero carbon
footprint account for only 1% of global final energy demand, a share that is predicted to …

This paper reviews recent advances in understanding the structure of turbulent partially
premixed and stratified flames. The term “partially premixed” refers here to compositionally …

Hydrogen is a major component of low heating value (LHV) fuels like syngas, coke oven
gas, and blast furnace gas. These fuels can potentially replace methane in the industrial …

Flame extinction represents one of the classical phenomena in combustion science. It is
important to a variety of combustion systems in transportation and power generation …

The present work applies a machine learning tabulation methodology for the
thermochemistry of dimethyl ether (DME), a typical biodiesel fuel, to accelerate the real-time …

Synthesis gas or “Syngas” is being recognized as a viable energy source worldwide,
particularly for stationary power generation due to its wide availability as a product of bio …

Results of a detailed numerical analysis of an n-heptane/air edge flame are presented. The
equations of a low-Mach number reacting flow are solved in a two-dimensional domain …

The low flame speed and NO x emissions of ammonia are the key to affecting combustion
temperature, stability, flame structure, and pollutant control, limiting its application in power …

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 …

The formation/destruction mechanisms of nitric oxides (NO x) in CH 4/H 2 jet flames in a hot
coflow are systematically investigated by numerical modeling. All calculations use the Eddy …