The adverse environmental impact of fossil fuel combustion in engines has motivated
research towards using alternative low-carbon fuels. In recent years, there has been an …

Syngas is a promising alternative fuel due to clean combustion with lower greenhouse gas
emissions. The multi-component fuel mixture primarily consists of hydrogen, carbon …

Externally heated diverging channel method helps accurate and direct measurement of
laminar burning velocities at elevated temperatures. In the present work, this method has …

The laminar burning velocity of nine different syngas compositions has been measured at
elevated temperatures (350–650 K) for various equivalence ratios using an externally …

An experimental and numerical study on the combined effect of N 2/CO 2 dilution and
hydrogen addition on the laminar burning velocity (LBV) of methane-oxygen mixtures was …

The experimental measurements and computational predictions of the laminar burning
velocity of DME and methane blends with air are reported in the present work. The well …

An empirical model based on machine learning is developed for predicting the variation of
the laminar burning velocities of H 2/CO/CH 4/CO 2/N 2/air mixtures with volumetric fractions …

This paper presents laminar burning velocity (LBV) measurements of premixed propane-air
flames simultaneously at higher mixture pressure (1-5 atm) and temperature (350-630 K) …

Syngas has a promising future as alternative to petroleum products and as a fuel for
combustion engines. This study provides an overview on the feasibility of using syngas to …

The present study focuses on the experimental determination of the global extinction strain
rate (ag) for different syngas-air combinations using the Tsuji type configuration. To study the …