Porous media combustion (PMC) is an active field of research with a number of potential
advantages over free-flame combustors. A key contributor to these phenomena is the …

Porous media combustion is a promising combustion technology that enables operation
over an extended range of conditions, with a variety of fuels and low pollutant emissions …

In porous burners, the flame thickness can be smaller than the pore size, resulting in sharp
and locally-anchored flame fronts. The presence of such steep gradients at the pore level is …

This paper presents a numerical analysis of combustion and multimode heat transfer in inert
porous media. The work is directly relevant to the understanding of premixed flame …

Industry depends upon radiant heating for many of its manufacturing processes. Driven by
the desire for higher radiant heating rates and the need to emit minimal pollutants, interest in …

An experimental setup combining computer-generated geometries, additive-manufacturing,
a telecentric lens and CH⋆ chemiluminiscence is used to visualize the flame inside an …

This numerical study brings a comparison of a cylindrical porous burner with graded porosity
and a conical porous burner with uniform porosity. Both burners have the same void area …

Porous media burners (PMBs) enable enhanced combustion performance by internally
recirculating heat released from the combustion products upstream to the reactants via an …

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

Porous burners offer attractive features such as competitive combustion efficiency, high
power ranges, and lower pollutant emissions. In the present study, the thermal …