Pore-resolved simulations of porous media combustion with conjugate heat transfer

Porous media combustion (PMC) is an active field of research with a number potential advantages over free-flame combustors. A key contributor to these phenomena the interphase heat exchange and recirculation from products upstream reactants. In this paper, we present network model that captures conjugate transfer in pore-resolved 2D simulations PMC. series are presented varying solid conduction inlet velocity isolate role on salient features burner, including flame stability, axial temperature profiles, structure. We show both stabilization propagation behavior strongly related transfer, stability regime shifted higher velocities as conductivity material increased.