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It contains brief description of fundamentals and combustion Processes, followed by an extensive survey of the combustion research technology. It gives the reader sufficient background of Basic engineering and science such chemistry, thermodynamics, heat transfer and fluid mechanics. It will help to establish a link between principles and practical applications in the field of combustion and provides a unique bridge between combustion Fundamentals and Combustion technology.
Combustion Fundamental
1. energy Sources
2. Some related Thermodynamics Fundamentals
3. Combustion Stiochiometry and Thermodynamics Calculation
4. Chemical Kinetics and Equilibrium
5. Transport Phenomena, and modeling
6. Modeling of combustion Chemistry
7. Combustion General air Pollution
8. Pollutant Formation and Oxidation kinetics
9. Pollutant Emission Reduction Techniques
Laminar Premixed Flames
1. Theory and Kinetics of linear Premixed Flames
2. Simple Flues-N2-O2 Flames
3. Generalization of flames Characteristics
4. High Hydrocarbon Fuels-Air Flames
5. Effect of Fuel type and Additives on Emissions of Flame Characteristics
6. Porous Burners
7. Flame Extension Pattern
Turbulent Premixed and Diffusion flames
1. Characteristics of Diffusion Flames
2. Turbulent Burning
3. Turbulence Model
4. Interaction Between Turbulence and Chemical Kinetics
5. Flame Stabilization
6. Turbulent Premixed Flames
7. Turbulent Free Diffusion Flames
Characteristic of Turbulent Confined Diffusion Flames
1. Mixing and Flow Fields of Jets
2. Swirling Flows in Combustion Systems
3. Flow Models In cold Models
4. Characteristics of Confined Flames
5. Emission and Combustion Modeling in Flames
http://rapidshare.de/files/20879928/EL-MAHALLAWY__F.__2002_._Fundamentals_and_Technology_of_Combustion.rar
