Pore structure has a significant effect on transport phenomena inside porous media. This
effect can be considered in simulations by using suitable transport coefficients. Some …

The combination of oxy-fuel and porous media combustion can considerably broaden the
lean-burn limit while significantly improving combustion stability. It is foreseeable that some …

Based on a two-dimensional model with complete chemistry, combustion and heat transfer
in a combustor-heater unit are numerically investigated and validated through their …

Porous media combustion (PMC) has interesting advantages compared with free flame
combustion due to higher burning rates, increased power dynamic range, extension of the …

This paper presents one-dimensional simulations of combustion of an air/methane mixture
in porous materials using a model that explicitly considers the intra-pore levels of turbulent …

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 …

This paper presents pore scale simulation of turbulent combustion of air/methane mixture in
porous media to investigate the effects of multidimensionality and turbulence on the flame …

Combustion in inert porous media offers an interesting and promissing route towards high
power density, high power dynamic range and very low emission of pollutants such as NOx …

A three-dimensional numerical and experimental study on methane-oxygen combustion has
been conducted in a small scale porous-media cylindrical combustor which aims at …

In this study, the fuel-rich combustion of methane in a two-layer porous media burner
consisting of dense alumina pellets of different diameters was investigated experimentally …