Numerical prediction of nitrogen oxides in radiant porous burner flows

Engineering

• Solid Matrix 100%
• Thermal Energy 66%
• Air Mixture 66%
• Specie Mass Fraction 66%
• Mechanisms 66%
• Porosity 33%
• Thermal Radiation 33%
• Compute 33%
• Temperature Profile 33%
• Source Term 33%
• Numerical Prediction 33%
• Solid Wall 33%
• Energy Equation 33%
• Control Volume 33%
• Premixed Flame 33%
• Velocity Component 33%
• Numerical Computation 33%
• Grid Node 33%
• Equivalence Ratio 33%
• Reaction Zone 33%
• Elementary Reaction 33%
• Influence Coefficient 33%
• Models 33%
• Pressure Correction 33%
• Porous Matrix 33%
• Products 33%
• Temperature 33%
• Integration 33%
• Characteristics 33%
• Fuel 33%
• Radiation 33%
• Flame 33%
• Wind 33%

Physics

• Chemical Reaction 100%
• Region 66%
• Solid State 66%
• Gases 66%
• Quadrature 33%
• Premixed Flame 33%
• Influence Coefficient 33%
• Nitrous Oxide 33%
• Flames 33%
• Porosity 33%
• Reaction Kinetics 33%
• Methane 33%
• Nitric Oxide 33%
• Model 33%
• Heat 33%
• Temperature 33%
• Heating 33%
• Fuel 33%
• Volume 33%
• Calculation 33%
• Streams 33%
• Act 33%
• Domains 33%
• Carbon Dioxide 33%
• Enthalpy 33%
• Reacting Flow 33%

Material Science

• Heat Transfer 100%
• Solid 66%
• Gas 66%
• Finite Difference 33%
• Void Fraction 33%
• Paper 33%
• Fuel 33%