Introduction Importance of Heat Transfer in Industrial Combustion Literature Discussion Combustion System Components Some Fundamentals of Combustion Combustion Chemistry Combustion Properties Exhaust Product Transport Properties Heat Transfer Modes Introduction Convection Radiation Conduction Phase Change Heat Sources and Sinks Heat Sources Heat Sinks Computer Modeling Combustion Modeling Modeling Approaches Simplified Models Computational Fluid Dynamic Modeling Experimental Techniques Introduction Heat Flux Temperature Gas Flow Gas Species Other Measurements Physical Modeling Flame Impingement Introduction Experimental Conditions Semi-Analytical Heat Transfer Solutions Empirical Heat Transfer Correlations Heat Transfer from Burners Introduction Open-Flame Burners Radiant Burners Effects on Heat Transfer In-Flame Treatment Heat Transfer in Furnaces Introduction Furnaces Heat Recovery Lower Temperature Applications Introduction Ovens and Dryers Fired Heaters Heat Treating Higher Temperature Applications Introduction Metals Industry Minerals Industry Waste Incineration Advanced Combustion Systems Introduction Oxygen-Enhanced Combustion Submerged Combustion Miscellaneous Appendices Reference Sources for Further Information Common Conversions Methods of Expressing Mixture Ratios for CH4, C3H8, and H2 Properties for CH4, C3H8, and H2 Flames Fluid Dynamics Equations Material Properties Author Index Subject Index Each chapter contains a References section.ical Heat Transfer Correlations Heat Transfer from Burners Introduction Open-Flame Burners Radiant Burners Effects on Heat Transfer In-Flame Treatment Heat Transfer in Furnaces Introduction Furnaces Heat Recovery Lower Temperature Applications Introduction Ovens and Dryers Fired Heaters Heat Treating Higher Temperature Applications Introduction Metals Industry Minerals Industry Waste Incineration Advanced Combustion Systems Introduction Oxygen-Enhanced Combustion Submerged Combustion Miscellaneous Appendices Reference Sources for Further Information Common Conversions Methods of Expressing Mixture Ratios for CH4, C3H8, and H2 Properties for CH4, C3H8, and H2 Flames Fluid Dynamics Equations Material Properties Author Index Subject Index Each chapter contains a References section.ial Properties Author Index Subject Index Each chapter contains a References section.