A numerical investigation of premixed combustion within a highly porous inert medium is
reported. Specifically, results of a numerical model using detailed chemical kinetics and …

Abstract Models for premixed combustion within porous inert media (PIM) are complicated
by the highly nonlinear radiative exchange terms in the energy equation for the solid matrix …

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 …

This work is a comprehensive study of combustion in porous inert media (PIM) with focus on
the effects of pressure and air/fuel equivalence ratio. Experiments on lean flame stability …

A numerical model for planar premixed flames of methane in ceramic porous media has
been developed to improve the understanding of the structure of such flames. The model …

There has been a recent surge of interest in the combustion of hydrocarbon fuels within
porous inert media. The interest has been directed by the needs of industry to develop high …

Porous medium is a good candidate for enhancing the combustion efficiency and reducing
pollution formation, such as soot, CO and NO x. It is possible to obtain a super adiabatic …

This work reports one‐dimensional predictions of methane/air fuel combustion in inert
porous media using four combustion models: full mechanism (FM, 49 species and 227 …

Applications of porous burners are of high interest due to many advantages such as
extended lean flammability limit in comparison with free flame structures. In this work …

Combustion in Porous Media provides interesting advantages compared with the free flame
combustion due to the higher burning rates, increased power dynamic range, the extension …