Combustion Engineering provides detailed coverage of the major combustion technologies and fuels. It introduces fundamental combustion concepts with a strong emphasis on their use in design. Numerous tables and appendixes featuring data and practical formulas further support this design emphasis. Fundamental concepts are discussed within the context of their application. The numerous applications include gasoline and diesel engines, gas and oil-fired furnaces, gas turbines, and fixed and fluidized beds. The text also features numerous problems and worked examples, as well as an accessible mathematical treatment. Qualitative discussion of advanced modeling methods is also included. Key Features Fundamental concepts are tied to current applications, helping students make the connection between theory and design. Fundamental concepts are tied to current applications, helping students make the connection between theory and design. Simplified design analysis tools are introduced for each application/device so students can apply design method on their own with minimal mathematical background. Simplified design analysis tools are introduced for each application/device so students can apply design method on their own with minimal mathematical background. The text features state-of-the-art technologies and novel designs including fiber matrix burners, low emissions engine, Babbington oil burner, homogeneous compression ignition engine, and circulating fluidized bed. The text features state-of-the-art technologies and novel designs including fiber matrix burners, low emissions engine, Babbington oil burner, homogeneous compression ignition engine, and circulating fluidized bed. Many worked examples, some of which introduce various computer methods, are included in the text and help students solve homework problems and apply the material. Many worked examples, some of which introduce various computer methods, are included in the text and help students solve homework problems and apply the material.