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 …

This paper presents numerical simulation of combustion of air/methane mixture in a
cylindrical porous burner while the turbulence between the pores of porous medium has …

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 …

This paper presents two dimensional simulations of air/methane combustion in cylindrical
porous burner using models that explicitly consider the intra-pore levels of turbulent kinetic …

The objective of this chapter is to present one-and two-dimensional numerical simulations of
combustion of an air/methane mixture in porous materials using a mathematical model that …

Reacting and nonreacting flows in porous media have been studied in the present paper via
two approaches, pore scale simulation and volume averaging model. The accurateness of …

This work presents numerical results for two-dimensional combustion of an air/methane
mixture in inert porous media using a macroscopic turbulence model. Conservation …

In this article, a two-dimensional axisymmetric cylindrical model for laminar and turbulent
combustive reactive flows in porous media is simulated numerically using a finite volume …

This work presents one-dimensional numerical results for combustion of an air/methane
mixture in inert porous media using laminar and radiation models. Comparisons with …

The non-premixed turbulent combustion of syngas in a round-jet burner filled with porous
media is numerically investigated. Syngas or synthesis gas is a gaseous mixture composed …