Flame stabilization and multimode heat transfer in inert porous media: A numerical study

Keyphrases

• Multimode Heat Transfer 100%
• Flame Speed 100%
• Flame Stability 100%
• Inert Porous Media 100%
• Flame Stabilization 100%
• Heat Release 50%
• Numerical Analysis 50%
• Stoichiometry 50%
• Spatial Domain 50%
• Optical Scattering 50%
• Radiative Properties 50%
• Energy Equation 50%
• Porous Media 50%
• Porous Materials 50%
• Radiation Heat Transfer 50%
• Conduction Heat Transfer 50%
• Solid Phase 50%
• Conduction Model 50%
• Porous Layer 50%
• Porous Radiant Burner 50%
• Convection-radiation 50%
• Solid Thermal Conductivity 50%
• Scattering Albedo 50%
• Radiant Energy 50%
• Local Thermal Non-equilibrium 50%
• Combustion Heat Transfer 50%
• Conduction-convection 50%
• Optical Depth 50%
• Convection Model 50%
• Radiation Model 50%
• Combustion Model 50%
• Stable Combustion 50%
• Flame Location 50%
• Porous Matrix 50%
• Global Reaction 50%
• Flame Propagation 50%
• Solid Conduction 50%
• Premixed Flame Stabilization 50%
• Radiative Characteristics 50%
• Gasses 50%

Engineering

• Numerical Study 100%
• Multimode 100%
• Porosity 100%
• Porous Layer 50%
• Heat Release 50%
• One Dimensional 50%
• Energy Equation 50%
• Conduction Heat Transfer 50%
• Radiation Heat Transfer 50%
• Local Thermal Equilibrium 50%
• Radiant Energy 50%
• Spatial Domain 50%
• Porous Matrix 50%
• Flame Propagation 50%
• Thermal Conductivity 50%
• Albedo 50%
• Flame Stability 50%
• Reaction Stoichiometry 50%
• Premixed Flame 50%