Porous materials have been extensively used in various engineering applications, due to
their promising thermal characteristics. Extensions of lean-burn limits as well as the low …

As a high-energy clean fuel, hydrogen is one of the most promising energy carriers to
achieve “carbon neutrality”. In order to produce hydrogen, a novel porous media heat …

The trend towards a transition from fossil to renewable energy makes urgent the
development of fuel-flexible burners that provides interchangeability between natural gas …

Highlights•A novel gas-fired IR heater was developed.•The IR heater includes a cylindrical
radiant burner and a conical reflector.•Characterization of a gas-fired IR heater for wide …

During the last years the thin-layered radial porous burners are of growing interest, primarily
due to low pressure loss, advanced flame stability and high radiant output. The aim of this …

Novel design of one-layer porous burner for experimental studies of the flame front
dynamics at pore scale level is proposed. Results of the experimental and numerical studies …

An experimental study was performed on the radiative heat transfer in a porous radiant
burner (PRB) with an internal combustion regime (ICR). A multi-hole plate and a high pore …

A promising type of radiation burners are hollow cylindrical burners made of materials with
high thermal conductivity. In such burners, an internal combustion mode is possible when …

Abstract The use of Ni-Al alloys proves to be highly relevant in advanced radiant burner
production. The aim of this study is an in-situ fabrication of maсro-porous B2-L1 2 Ni-Al …

A response surface analysis is performed on a cylindrical porous radiant burner with internal
combustion regime, which is recently introduced. A structured grid is used to perform the …