Concepts, Definitions, and the Laws of Thermodynamics
Introduction
Definitions
Pressure
Forms of Work
Temperature
Heat
Laws of Thermodynamics and Mass Conservation
Systematic Problem-Solving Approach
Problems
Concepts and Definitions
Pressure
Forms of Work
Temperature
Computer, Design, and General Problems
Properties of Pure Substances
State Principle
P-v-T Surface
Phase Change
Thermodynamic Property Data
Specific Heats and Their Relationships
Processes
Ideal-Gas Equation of State
Compressibility Factor
Other Equations of State
Problems
Thermodynamic Property Data
Processes
Ideal-Gas Equation of State and Compressibility Factor
Other Equations of State
Computer, Design, and General Problems
Mass Conservation and the First Law of Thermodynamics
Mass Conservation
First Law of Thermodynamics
First Law for a Control Volume
First Law for a Control Mass
First Law Applied to Various Processes
Thermodynamic Cycles
Problems
First Law Applied to Various Processes
Thermodynamic Cycles
First Law General
Computer, Design, and General Problems
Second Law of Thermodynamics and Entropy
Introduction
Statements of the Second Law
Entropy of a Pure, Simple Compressible Substance
Carnot Cycle
Second Law in Entropy for a Control Volume
Second Law in Entropy for a Control Mass
Isentropic Processes
Isentropic Efficiencies
Reversible Steady-Flow Processes
Problems
Introduction
Entropy of a Pure, Simple Compressible Substance
Carnot Cycle
Isentropic Processes
Isentropic Efficiencies
Second Law in Entropy for a Control Volume
Second Law in Entropy
Reversible Steady-Flow Processes
Second Law in Entropy General
Computer, Design, and General Problems
Exergy (Availability) Analysis
Availability
Second Law in Exergy (Availability) for a Control Volume
Second Law in Exergy for a Control Mass
Exergy Transfer
Second Law (Exergetic) Efficiency
Practical Considerations
Problems
Exergy
Second Law in Exergy for a Control Volume
Second Law in Exergy for a Control Mass
Second Law Ratio to Measure Thermal Environmental Impact
Second Law Efficiencies of Systems
Application to the Power Cycle
Second Law in Exergy General
Computer, Design, and General Problems
Vapor Power Systems
The Carnot Vapor Cycle
Rankine Cycle: Ideal Cycle for Vapor Power Cycles
Reheat Rankine Cycle
The Regenerative Rankine Cycle
Air Preheater
Economizer
Availability Analysis of Vapor Power Cycles
Cogeneration
Binary Vapor Cycles
Combined Gas–Vapor Power Cycles
Problems
Rankine Cycle
The Reheat Rankine Cycle
The Regenerative Rankine Cycle
Air Preheater and Economizer
Availability Analysis of Vapor Power Cycles
Cogeneration
Binary Vapor and Combined Gas–Vapor Power Cycles
General Vapor Power Cycle
Computer, Design, and General Problems
Thermodynamic Property Relations
The Maxwell Relations
The Clapeyron Equation
General Relations for Thermodynamic Properties
The Joule–Thomson Coefficient
Enthalpy, Internal Energy, and Entropy Changes of Real Gases
Problems
The Maxwell Relations
The Clapeyron Equation
General Relations for Thermodynamic Properties
The Joule−Thomson Coefficient
Computer, Design, and General Problems
Principles of Energy (Heat) Transfer
Conduction
Radiation
Convection
Combined Convection and Radiation
Problems
Conduction
Radiation
Convection
Combined Convection and Radiation
Computer, Design, and General Problems
Appendix A: A-Series Tables (SI)
Appendix B: B-Series Tables (SI)
Appendix C: C-Series Tables (SI)
Appendix D: D-Series Tables (SI)
Appendix E: E-Series Tables (SI)
Appendix F: F-Series Tables (SI)
Appendix G: AA-Series Tables (US)
Appendix H: BB-Series Tables (US)
Appendix I: CC-Series Tables (US)
Appendix J: DD-Series Tables (US)
Appendix K: EE-Series Tables (US)
Appendix L: FF-Series Tables (US)
Answers to Problems
Index
Biography
Kaufui Vincent Wong grew up in Malaysia and came to the United States in 1973. As a youngster, he wished to be an engineer because of his passion for mathematics, which was accomplished when he obtained the bachelor’s degree with honors in mechanical engineering at the University of Malaya, Kuala Lumpur, Malaysia, in 1973. He obtained his PhD at Case Western Reserve University, Cleveland, Ohio, in 1976. His wish to teach engineering students from all over the world came true when he became a faculty member at the University of Miami, Coral Gables, Florida, in 1979. In 2000, he published his first book for engineering students. In 2003, he published his second textbook for graduate engineers. He has authored and coauthored over 160 technical papers. In the past decade, he has broadened his teachings by using mass media, including YouTube. He accomplished his personal goal of visiting all seven continents in 2001 when he completed his trip to Antarctica.
Praise for the First Edition from Students:"It is a great thermodynamics text…I loved it!
—Mathew Walters"The book is comprehensive and easy to understand. I love the real world examples and problems, they make you feel like you are learning something very practical."
—Craig Paxton"I would recommend the book to friends."
—Faure J. Malo-Molina"The clear diction, as well as informative illustrations and diagrams, help convey the material clearly to the reader."
—Paul C. Start"An inspiring and effective tool for any aspiring scientist or engineer. Definitely the best book on Classical Thermodynamics out."
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