A novel mathematical model and original numerical method for investigating the two-
dimensional waves of heterogeneous combustion in porous media are proposed and …

Dynamical behaviour of the premixed flame propagating in the inert high-porosity micro-
fibrous porous media has been studied numerically. Effects of mixture filtration velocity …

In this study, the two-dimensional (2D) axisymmetric models of the turbulent/laminar
nonreactive and the laminar combustive reactive flows in porous media are simulated …

Coal is a porous medium with pores that vary in size from nanometer to millimeter, which
entails multiscale characteristics in space and time that influence coal permeability. The …

In this study, a multiphase pyrolysis model has been proposed under the large eddy
simulation (LES) framework incorporating moving boundary surface tracking, char formation …

Although porous media combustion is suitable for micro/meso-scale power systems, the
accurate flame dynamics in porous media have not been revealed, which are critical for …

This paper develops a novel two-dimensional mathematical model for the combustion of CH
4 within a porous medium for the heating of industrial process water. This model involves a …

Motivated by detailed designs of industrial porous burners published in patents, the
combustion of methane–air mixtures in a two-section porous burner has been studied …

In this paper, we develop a multiscale model to simulate coalbed methane (CBM) production
from reservoirs along with the inclusion of secondary biogenic gas generated by the …

This study is focused on modeling and simulation of hierarchically structured catalytic media
with macro-and meso-pores. The hierarchical structures are expected to enhance the …