The influence of hydrogen addition (0–100%) on the combustion and emission
characteristics (NO and CO formation) of laminar-premixed methane flame under gas …

The development of carbon-free fuels is essential for establishing sustainable energy growth
with ultra-low carbon emissions. In this quest, development of newer fuels with efficient …

The laminar flame speeds of H 2/CH 4/air mixtures with CO 2 and N 2 dilution were
systematic investigated experimentally and numerically over a wide range of H 2 blending …

This work is aimed at exploring flame evolution and pressure dynamics of methane-
hydrogen-air explosion experimentally and numerically by changing equivalence ratio and …

The reaction mechanism of hydrogen-enriched methane (HEM) combustion is significant in
the combustion process. In this study, four widely used reaction mechanisms for methane …

Employing both experimental and computational methods, this paper investigates the
propagation characteristics of the explosion flame for two cases with gradually increasing …

Abstract Ammonia (NH 3) on-line cracking to produce hydrogen (H 2) can avoid direct
ammonia combustion and is an important method to enhance combustion performance and …

In this work, the influence of H2 addition on the auto-ignition and combustion properties of
CH4 is investigated experimentally and numerically. Experimental ignition delay times (IDT) …

With the industrial application of syngas, the explosion accident caused by it has gradually
become a topic of concern for researchers. In this paper, the effects of CO 2 addition on the …

Hydrogen is a carbon-free energy carrier that can substantially support the decarbonization
of the power generation and transportation sector in the near future. Blending H 2 into …