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 …

Global attention on fuel efficiency, reduced emissions and the ability to operate with a wide
range of fuels having low calorific values, continues to drive research and development in …

The premixed H 2/air combustion with varied porosity of porous medium (PM) is
experimentally and numerically studied. The influences of porosity and arrangement of PM …

Porous medium combustion makes an important contribution to energy saving and emission
reduction, and the porous structure significantly affects the combustion characteristics. To …

In the past few decades, significant efforts have been made to improve the theoretical
understanding of thermal transport mechanisms in thermal insulation materials and push the …

Worldwide emphasis on fuel efficiency, low emissions, and use of low-quality fuels such as
biogas continues to drive the development of combustors that operate over a wider range of …

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 …

Among various portable energy systems, micro-thermophotovoltaic and micro-thermoelectric
systems gained extensive attention due to compact configuration, no mechanical noise …

The flame stabilization within a two-layer porous burner was investigated numerically in the
present study. Two-dimensional model was implemented to simulate the premixed methane …

The characteristics of combustion and the flame stabilization within a two-layer porous
media burner were investigated experimentally in the present study. Lean propane-air …