Flame propagation was studied in methane-air-inert (He, Ar, N 2 or CO 2) mixtures with
various initial pressures and compositions using pressure-time records obtained in a …

In this CFD study conducted with the geometry of a mini gas turbine engine using kerosene
as fuel, colorless distributed combustion conditions were achieved by increasing the N 2 …

Blending syngas with ammonia (NH3) effectively overcomes the high minimum ignition
energy and low laminar burning velocity (SL) of NH3, facilitating the realistic application of …

Syngas, a promising renewable alternative fuel, shows different combustion characteristics
depending on its exact composition. In this study, the effect of different diluents on the …

Currently, the use of fossil fuels is very high and existing nature reserves are rapidly
depleted. Therefore, researchers are turning their attention to find renewable fuels that have …

In the present work, the adiabatic laminar burning velocity of methane diluted with carbon
dioxide, the two main components of biogas, is investigated both experimentally and …

The effects of different mole fractions of hydrogen and carbon dioxide on the combustion
characteristics of a premixed methane–air mixture are experimentally and numerically …

Hydrogen enriched natural gas (HNG) is a promising alternative fuel. But the blended fuel
will inevitably have different ignition and combustion characteristics as compared to natural …

One-dimensional premixed freely-propagating flames for (CH 4+ CO 2/H 2 O)/air (79% N 2+
21% O 2) mixtures were modeled using ChemkinⅡ/Premix Code with the detailed …

Due to the cellular instability, the premixed methane/air flame will generate self-acceleration
which can increase the explosion intensity. This work explored the suppression of CO 2 …