A detailed modeling study of radiative heat transfer in a heavy-duty diesel engine

Keyphrases

• Radiative Heat Transfer 100%
• Heavy-duty Diesel Engine 100%
• Detailed Model 100%
• Radiative Transfer Equation 100%
• Equation Solver 75%
• Global Influence 75%
• Molecular Gas 50%
• Engine-out 50%
• Heat Loss 50%
• In-cylinder 50%
• Soot Radiation 50%
• Operating Conditions 25%
• Soot 25%
• Heavy-duty Diesel Trucks 25%
• Soot Particles 25%
• Temperature Variation 25%
• Combustion 25%
• First-order 25%
• Quantitative Accuracy 25%
• Radiative Transfer 25%
• Turbulent Fluctuation 25%
• Compression Ignition Engine 25%
• Spectral Properties 25%
• Spectral Model 25%
• Prediction Accuracy 25%
• Gas Mixture 25%
• Property Model 25%
• Exhaust Gas Recirculation 25%
• Combustion Chamber 25%
• Reabsorption 25%
• Radiation Model 25%
• High-pressure Operation 25%
• Radiation Properties 25%
• Instantaneous Temperature 25%
• Spherical Harmonics 25%
• Individual Contribution 25%
• Gas Radiation 25%
• Pollutant Emissions 25%
• CFD Model 25%
• Spectral Radiation 25%
• Spectral Radiative Properties 25%
• Turbulent Combustion Model 25%
• Energy Redistribution 25%
• Model Transfer 25%

Engineering

• Radiative Heat Transfer 100%
• Diesel Engine 100%
• Modeling Study 100%
• Radiative Transfer Equation 100%
• Computational Fluid Dynamics 75%
• Spectral Model 50%
• Heat Losses 50%
• Heat Engine 50%
• Temperature Change 25%
• Relative Importance 25%
• Accurate Prediction 25%
• Exhaust Gas Recirculation 25%
• Detailed Model 25%
• Radiation Effect 25%
• Reabsorption 25%
• Operating Pressure 25%
• Gas Mixture 25%