Heat Transfer in Industrial Combustion PDF

Sharply focused on the material relevant to practicing engineers, Heat Transfer in Industrial Combustion culls the extant literature to provide a single source of reference on the practical aspects of heat transfer that directly apply to industry. It minimizes theory and maximizes applications in a coherent presentation of thermodynamics, fluid mechanics, and heat transfer topics.Centering his discussions on atmospheric combustion and gaseous fuels, the author moves from the fundamentals through advanced applications in a systematic exposition presented in three major sections:The basics of heat transfer in combustion - with chapters on the modes of heat transfer, computer modeling, and experimental techniquesGeneral concepts of heat transfer in industrial combustion systems - including heat transfer from flame impingement, from burners, and in furnacesSpecific applications of heat transfer in industrial combustion - such as lower temperature applications, higher temperature applications, and advanced applications such as submerged combustionThe theoretical perspective of most of the available literature has created a clear need for a practical elucidation of heat transfer as it applies to industrial combustion systems. With its unified treatment, detailed coverage, and extensive references, Heat Transfer in Industrial Combustion fills this important niche.FEATURES* Focuses on the practical aspects of heat transfer pertinent to industrial applications rather than on theory and mathematics* Integrates thermodynamics, heat transfer, and fluid mechanics* Includes coverage of flame impingement, including experimentation, measurement, and solutions to these kinds of problems* Explores the use of oxygen to enhance combustion* Offers hundreds of illustrations

As mentioned earlier in this paper, the process of heat transfer is crucial for the thermal efficiency of industrial applications. Thus, the wall heat transfer flux between the conventional and MILD combustion modes at different T wall is compared in Fig. 17. Fuel Combustion and Heat Transfer in a Furnace – …