Thermodynamics and Heat Power, Ninth Edition

Radiation Entropy Heat pipes Compressors Power-plants Convection Heat exchangers Energy Conduction Direct energy conversion Second law of thermodynamics First law of thermodynamics work Convection Heat Transfer Heat transfer coefficient Heat transfer Real gases Kinetic energy Cogeneration Rankine Cycle Brayton cycle Heat pump Renewable Energy Generation Internal energy Carnot cycle Properties of Steam Moisture content Potential Energy Air-Standard Brayton Cycle Analysis Air Standard Otto Cycle Air Water Vapor Mixtures Air-Standard Analysis of the Otto Cycle and Heat Air-Standard Analysis of the Diesel Cycle Automotive Engine Analysis Carnot Engine Combined Modes of Heat Transfer Constant Pressure Process Cooling tower Diesel Engine Carnot Heat Pump Copyright Wiley VCH Verlag GmbH Ericsson Cycle (Regeneration) Computerized Properties Cooling Electronic Equipment Gas Power Cycles Diesel cycle Humidity Ratio Elementary Kinetic Theory of Gases Feedwater Heater Force and Mass Flow Work Frictional Effects Nonflow System Mixture Composition Nonflow Work Psychrometric Chart Rating of Power-Plant Cycles refrigeration cycles Reversed Carnot Cycle Steady-Flow System Stirling Cycle The Carnot Cycle The Dual Combustion Cycle Illustrative Problem The Gas Tables The Rankine Cycle Thermodynamic diagrams thermodynamics systems The Heat Pump The Ideal Gas solar energy systems Mollier Chart Steady Flow Gas Processes Vapor Power Cycles The Reheat Cycle The Steam Generator The Steam Turbine Nonflow Gas Processes The Regenerative Cycle thermodynamic systems Pressure of a Mixture Properties of Liquids and Gases Refrigeration Cycle Thermal efficiency Thermodynamic Properties of a Gas Mixture Thermodynamic Properties of Air–Water Vapor Mixtures Volume of a Mixture