Hydrogen has been identified as a potential tool for decarbonizing various industrial sectors
by replacing natural gas while maintaining the combustion-based conversion system …

The influence of hydrogen blending on the flashback limit of dihedral premixed laminar
flames stabilized on a slit burner is investigated via two-dimensional direct numerical …

The addition of green hydrogen to the gas mixture feeding domestic boilers may help the
ecological transition of the residential sector. However, there are concerns about the …

One way to decarbonize the heat production sector is to gradually replace natural gas with
hydrogen. The design of laminar premixed burners capable of operating with both methane …

Hydrogen has emerged as a promising option for promoting decarbonization in various
sectors by serving as a replacement for natural gas while retaining the combustion-based …

This study focuses on the effect of pressure level and H 2 content in the CH 4–H 2 fuel
mixture on the global consumption-based turbulent flame speed (ST). The data considered …

Abstract Development of models that can help predict flashback limits of premixed flames at
an affordable computational cost is essential for the safe and efficient design of combustion …

This research presents an advanced image processing framework designed for the multi-
level characterization of significant flame features in carbon-neutral combustion systems …

The lean premixed combustion near the flammability limit is a promising technology to
achieve cleaner and higher efficiency combustion of gaseous fuels. The residual flame …

Premixed combustion of hydrogen/air over a platinum (Pt) catalyst is numerically
investigated in a planar channel burner with the aim of stabilising the flame at lean to ultra …