Thermodynamics and Heat Power

Fundamental Concepts Introduction Thermodynamic Systems Temperature Force and Mass Elementary Kinetic Theory of Gases Pressure Review Key Terms Equations Developed in This Chapter Questions Problems Work, Energy, and Heat Introduction Work Energy Internal Energy Potential Energy Kinetic Energy Heat Flow Work Nonflow Work Review Key Terms Equations Developed in This Chapter Questions Problems First Law of Thermodynamics Introduction First Law of Thermodynamics Nonflow System Steady-Flow System Applications of First Law of Thermodynamics Review Key Terms Equations Developed in This Chapter Questions Problems The Second Law of Thermodynamics Introduction Reversibility-Second Law of Thermodynamics The Carnot Cycle Entropy Review Key Terms Equations Developed in This Chapter Questions Problems Properties of Liquids and Gases Introduction Liquids and Vapors Thermodynamic Properties of Steam Computerized Properties Thermodynamic Diagrams Processes Review Key Terms Equations Developed in This Chapter Questions Problems The Ideal Gas Introduction Basic Considerations Specific Heat Entropy Changes of Ideal Gas Nonflow Gas Processes The Gas Tables Steady Flow Gas Processes Real Gases Frictional Effects Review Key Terms Equations Developed in This Chapter Questions Problems Mixtures of Ideal Gases Introduction Pressure of a Mixture Volume of a Mixture Mixture Composition Thermodynamic Properties of a Gas Mixture Air-Water Vapor Mixtures Thermodynamic Properties of Air-Water Vapor Mixtures Psychrometric Chart Air Conditioning Review Key Terms Equations Developed in This Chapter Questions Problems Vapor Power Cycles Introduction Carnot Cycle The Rankine Cycle Rating of Power-Plant Cycles The Reheat Cycle The Regenerative Cycle The Steam Generator The Steam Turbine Cogeneration Direct Energy Conversion Review Key Terms Equations Developed in This Chapter Questions Problems Gas Power Cycles Introduction Air-Standard Analysis of the Otto Cycle Diesel Engine (Compression Ignition Engine) Air-Standard Analysis of the Diesel Cycle Automotive Engine Analysis Brayton Cycle Air-Standard Brayton Cycle Analysis The Dual Combustion Cycle (The Dual Cycle) Stirling Cycle and Ericsson Cycle (Regeneration) Review Key Terms Equations Developed in This Chapter Questions Problems Refrigeration Introduction Reversed Carnot Cycle Defined Ratings Refrigeration Cycles Compressors The Heat Pump Review Key Terms Equations Developed in This Chapter Questions Problems Heat Transfer Introduction Conduction Convection Radiation Heat Exchangers Combined Modes of Heat Transfer Cooling Electronic Equipment Analysis of Fins Heat Pipes Review Key Terms Equations Developed in This Chapter Questions Problems Appendices References Index