Classical thermodynamics
By: Lynn D. Russell, George A. Adebiyi.
Contributors: Adebiyi, George A.
Publisher: Saunders College Pub.
Published: 1993
Place of publication: Fort Worth [Tex.]
Language: eng
Number of pages: 753
Subjects: Thermodynamics.
Notes: Includes bibliographical references and index.
System requirements for computer disk: IBM PC, XT, AT, 386, 486, or compatible; at least 512K RAM; DOS 2.0 or higher; floppy disk drive; CGA or compatible graphics display card and monitor.
Table of contents: label: Chapter 1
title: Introduction
pagenum: 1; label: 1.1
title: Introduction
pagenum: 1; label: 1.2
title: Basic Concepts and Thermodynamic Modeling
pagenum: 5; label: 1.3
title: Fundamental Laws of Thermodynamics
pagenum: 17; label: 1.4
title: Typical Thermodynamic Systems and Processes
pagenum: 22; label: 1.5
title: Relationship of Thermodynamics to Energy Needs
pagenum: 29; label: 1.6
title: Systematic Procedure for Solving Thermodynamic Problems
pagenum: 35; label: 1.7
title: Summary
pagenum: 36; title: References
pagenum: 37; title: Questions
pagenum: 38; title: Problems
pagenum: 39; label: Chapter 2
title: Thermodynamic Quantities and Units
pagenum: 44; label: 2.1
title: Introduction
pagenum: 44; label: 2.2
title: Thermodynamic Properties
pagenum: 45; label: 2.3
title: Work and Heat Interactions
pagenum: 50; label: 2.4
title: Dimensions and Units
pagenum: 57; label: 2.5
title: Summary
pagenum: 71; title: References
pagenum: 71; title: Questions
pagenum: 72; title: Problems
pagenum: 73; label: Chapter 3
title: Properties of a Pure Substance
pagenum: 80; label: 3.1
title: Introduction
pagenum: 80; label: 3.2
title: Specification of the Thermodynamic State of Systems
pagenum: 81; label: 3.3
title: Pure Substances and the Two-Property Rule
pagenum: 84; label: 3.4
title: pvT Relationships for Pure Substances
pagenum: 88; label: 3.5
title: Tables of Thermodynamic Properties
pagenum: 100; label: 3.5.1
title: Superheated Vapor Region
pagenum: 101; label: 3.5.2
title: Saturated Liquid-Vapor and the Wet Vapor Region
pagenum: 104; label: 3.5.3
title: Compressed or Subcooled Liquid Region
pagenum: 108; label: 3.5.4
title: Saturated Solid-Vapor Mixture Region
pagenum: 112; label: 3.5.5
title: Compressed Solid Region
pagenum: 113; label: 3.6
title: Systematic Procedure for Reading Property Tables
pagenum: 115; label: 3.7
title: Computer Routines for Thermodynamic Properties
pagenum: 116; label: 3.8
title: Summary
pagenum: 117; title: References
pagenum: 118; title: Questions
pagenum: 118; title: Problems
pagenum: 119; label: Chapter 4
title: Ideal Gas and Real Gas
pagenum: 125; label: 4.1
title: Definition of Ideal Gas
pagenum: 125; label: 4.2
title: Comparison of Ideal Gas with Real Gas
pagenum: 128; label: 4.3
title: Internal Energy and Enthalpy of Ideal Gas
pagenum: 131; label: 4.4
title: Specific Heats of Ideal Gas
pagenum: 131; label: 4.5
title: Ideal Gas Tables and Computer Routines
pagenum: 136; label: 4.6
title: Principle of Corresponding States and Compressibility Charts
pagenum: 136; label: 4.7
title: Real Gas Equations of State
pagenum: 139; label: 4.7.1
title: Van der Waals Equation
pagenum: 140; label: 4.7.2
title: Beattie-Bridgeman Equation
pagenum: 141; label: 4.7.3
title: Redlich-Kwong Equation
pagenum: 143; label: 4.7.4
title: Virial Form of the Equation of State
pagenum: 145; label: 4.8
title: Summary
pagenum: 147; title: References
pagenum: 148; title: Questions
pagenum: 148; title: Problems
pagenum: 149; label: Chapter 5
title: Processes, Work, and Heat
pagenum: 154; label: 5.1
title: Introduction
pagenum: 154; label: 5.2
title: Processes
pagenum: 155; label: 5.3
title: Work
pagenum: 158; label: 5.3.1
title: Definitions of Work
pagenum: 158; label: 5.3.2
title: Mechanical Displacement Work
pagenum: 164; label: 5.3.3
title: Mechanical Shaft Work
pagenum: 178; label: 5.3.4
title: Electrical Work
pagenum: 180; label: 5.3.5
title: Other Types of Work
pagenum: 182; label: 5.4
title: Heat
pagenum: 182; label: 5.4.1
title: Definition of Heat
pagenum: 183; label: 5.4.2
title: Heat from a Phenomenological Perspective
pagenum: 184; label: 5.4.3
title: Comparison of Heat with Work
pagenum: 189; label: 5.5
title: Summary
pagenum: 190; title: References
pagenum: 190; title: Questions
pagenum: 191; title: Problems
pagenum: 193; label: Chapter 6
title: The First Law of Thermodynamics
pagenum: 199; label: 6.1
title: Introduction
pagenum: 199; label: 6.2
title: Producing a Heating Effect by Doing Work
pagenum: 199; label: 6.3
title: First Law of Thermodynamics for a Closed System
pagenum: 201; label: 6.4
title: Examples of First Law Applied to a Closed System
pagenum: 207; label: 6.5
title: First Law of Thermodynamics for a Control Volume (Open System)
pagenum: 217; label: 6.6
title: Examples of First Law Applied to a Control Volume
pagenum: 224; label: 6.7
title: Summary
pagenum: 236; title: References
pagenum: 237; title: Questions
pagenum: 237; title: Problems
pagenum: 239; label: Chapter 7
title: The Second Law of Thermodynamics
pagenum: 249; label: 7.1
title: Introduction
pagenum: 249; label: 7.2
title: Reservoirs, Heat Engines, and Refrigerators
pagenum: 251; label: 7.3
title: Statements of the Second Law
pagenum: 256; label: 7.4
title: Perpetual Motion Machines
pagenum: 259; label: 7.5
title: Reversibility and Irreversibility
pagenum: 259; label: 7.6
title: Carnot Cycle
pagenum: 261; label: 7.7
title: Some Corollaries of the Second Law
pagenum: 264; label: 7.7.1
title: Carnot Cycle Engines Operating Between Two Reservoirs
pagenum: 264; label: 7.7.2
title: Corollary Concerning Thermodynamic Temperature Scale
pagenum: 265; label: 7.7.3
title: Efficiency of Carnot Devices
pagenum: 268; label: 7.7.4
title: Inequality of Clausius
pagenum: 269; label: 7.8
title: Summary
pagenum: 274; title: References
pagenum: 275; title: Questions
pagenum: 275; title: Problems
pagenum: 277; label: Chapter 8
title: Entropy
pagenum: 283; label: 8.1
title: Introduction
pagenum: 283; label: 8.2
title: Entropy as a Property
pagenum: 284; label: 8.3
title: Entropy and the Third Law of Thermodynamics
pagenum: 286; label: 8.4
title: The Combined First and Second Law
pagenum: 286; label: 8.5
title: Entropy Change of a Pure Substance
pagenum: 288; label: 8.6
title: Isentropic Process
pagenum: 293; label: 8.7
title: Carnot Cycle T-S Diagram
pagenum: 304; label: 8.8
title: The Principle of Increase in Entropy for a Closed System
pagenum: 308; label: 8.9
title: The Principle of Increase in Entropy for a Control Volume
pagenum: 314; label: 8.10
title: Efficiency of Devices
pagenum: 328; label: 8.11
title: Summary
pagenum: 333; title: References
pagenum: 333; title: Questions
pagenum: 333; title: Problems
pagenum: 334; label: Chapter 9
title: Thermodynamic Availability
pagenum: 343; label: 9.1
title: Introduction
pagenum: 343; label: 9.2
title: Exergy in Nonflow Processes
pagenum: 351; label: 9.2.1
title: Expressions for the Exergy of a Closed System
pagenum: 351; label: 9.2.2
title: Equivalence Between Mechanical Energy Forms and Exergy
pagenum: 363; label: 9.2.3
title: Flow of Exergy (xa) Associated with Heat Flow (Q)
pagenum: 366; label: 9.2.4
title: Exergy Consumption and Entropy Generation
pagenum: 376; label: 9.3
title: Exergy in Steady-Flow Processes
pagenum: 380; label: 9.3.1
title: Expressions for Exergy in Steady-Flow Processes
pagenum: 380; label: 9.3.2
title: Exergy Dissipation and Entropy Generation
pagenum: 388; label: 9.3.3
title: Alternative Expressions for the Exergy Flow Rate Associated with a Flow of Mass
pagenum: 389; label: 9.4
title: Exergy Flow and Optimum Thermodynamic Cycles
pagenum: 392; label: 9.5
title: Summary
pagenum: 397; title: References
pagenum: 398; title: Questions
pagenum: 399; title: Problems
pagenum: 400; label: Chapter 10
title: Thermodynamics of Heat Engine Cycles
pagenum: 407; label: 10.1
title: Introduction
pagenum: 407; label: 10.2
title: Thermodynamic Modeling of Heat Engines
pagenum: 410; label: 10.2.1
title: Ideal Heat Engine Cycles
pagenum: 410; label: 10.2.2
title: Performance Criteria for Heat Engines
pagenum: 413; label: 10.2.3
title: Procedure for Heat Engine Cycle Analysis
pagenum: 420; label: 10.3
title: Vapor Power Cycles
pagenum: 421; label: 10.3.1
title: Thermodynamic Analysis of the Basic Rankine Cycle
pagenum: 422; label: 10.3.2
title: Modifications to the Basic Rankine Cycle
pagenum: 432; label: 10.4
title: Gas (Turbine) Power Cycles
pagenum: 448; label: 10.4.1
title: Simple Gas Turbine
pagenum: 449; label: 10.4.2
title: Modifications to the Basic Gas Turbine Cycle
pagenum: 464; label: 10.5
title: Reciprocating Internal Combustion Engines
pagenum: 467; label: 10.5.1
title: Principle of Operation
pagenum: 467; label: 10.5.2
title: Air Standard Otto and Diesel Cycles
pagenum: 471; label: 10.6
title: Optimum Power Cycles
pagenum: 492; label: 10.7
title: Summary
pagenum: 504; title: References
pagenum: 505; title: Questions
pagenum: 506; title: Problems
pagenum: 506; label: Chapter 11
title: Refrigeration Cycles
pagenum: 521; label: 11.1
title: Introduction
pagenum: 521; label: 11.2
title: Principles of Refrigeration
pagenum: 521; label: 11.2.1
title: Evaporative Cooling Principle
pagenum: 522; label: 11.2.2
title: Gas Refrigeration Cycles
pagenum: 525; label: 11.2.3
title: Thermoelectric Refrigeration
pagenum: 527; label: 11.3
title: Thermodynamic Evaluation of Refrigeration Cycles
pagenum: 527; label: 11.3.1
title: Performance Criteria
pagenum: 527; label: 11.3.2
title: Thermodynamic Modeling of Refrigeration and Heating Systems
pagenum: 529; label: 11.4
title: Vapor Compression Cycles
pagenum: 535; label: 11.5
title: Absorption Refrigeration Cycles
pagenum: 545; label: 11.6
title: Air Standard Gas Refrigeration Cycle
pagenum: 546; label: 11.7
title: Second Law Considerations
pagenum: 549; label: 11.8
title: Summary
pagenum: 552; title: References
pagenum: 553; title: Questions
pagenum: 554; title: Problems
pagenum: 555; label: Chapter 12
title: Thermodynamic Property Relationships
pagenum: 564; label: 12.1
title: Introduction
pagenum: 564; label: 12.2
title: Mathematical Considerations
pagenum: 565; label: 12.3
title: Maxwell Relations
pagenum: 568; label: 12.4
title: Specific Heat (at constant p, constant v)
pagenum: 570; label: 12.5
title: Enthalpy, Internal Energy, and Entropy
pagenum: 573; label: 12.6
title: Clapeyron Equation
pagenum: 576; label: 12.7
title: Physical Coefficients
pagenum: 578; label: 12.8
title: Development of Property Tables from Experimental Data for Real Substances
pagenum: 580; label: 12.9
title: Generalized Charts for Real Gases
pagenum: 583; label: 12.9.1
title: Chart for Enthalpy
pagenum: 584; label: 12.9.2
title: Chart for Entropy
pagenum: 586; label: 12.10
title: Summary
pagenum: 588; title: References
pagenum: 588; title: Questions
pagenum: 589; title: Problems
pagenum: 589; label: Chapter 13
title: Nonreactive Ideal Gas Mixtures
pagenum: 593; label: 13.1
title: Introduction
pagenum: 593; label: 13.2
title: Additive Laws for Ideal Gas Mixtures
pagenum: 598; label: 13.2.1
title: pVT Relationship for Ideal Gas Mixtures
pagenum: 598; label: 13.2.2
title: Gibbs-Dalton Law for Ideal Gas Mixtures
pagenum: 604; label: 13.3
title: Air-Vapor Mixtures
pagenum: 616; label: 13.3.1
title: Humidity Parameters
pagenum: 616; label: 13.3.2
title: Psychrometric Chart
pagenum: 627; label: 13.3.3
title: Thermodynamics of Psychrometric Processes
pagenum: 632; label: 13.3.4
title: Computer Code PSY for the Analysis of Psychrometric Processes
pagenum: 641; label: 13.4
title: Summary
pagenum: 646; title: References
pagenum: 647; title: Questions
pagenum: 647; title: Problems
pagenum: 648; label: Chapter 14
title: Combustion
pagenum: 655; label: 14.1
title: Introduction
pagenum: 655; label: 14.2
title: Conservation of Mass and Atomic Species
pagenum: 657; label: 14.3
title: Stoichiometry of Reactions
pagenum: 659; label: 14.4
title: Actual Combustion Processes
pagenum: 668; label: 14.5
title: Thermodynamic Analysis of Combustion Processes
pagenum: 672; label: 14.6
title: First Law Analysis of Combustion Processes
pagenum: 675; label: 14.6.1
title: Enthalpy of Formation
pagenum: 675; label: 14.6.2
title: Enthalpy of Chemical Substances
pagenum: 678; label: 14.6.3
title: Enthalpy of Reaction and Heating Values
pagenum: 680; label: 14.6.4
title: Application of the First Law to Flow Processes
pagenum: 684; label: 14.6.5
title: Adiabatic Flame Temperature
pagenum: 691; label: 14.7
title: Second Law Analysis
pagenum: 694; label: 14.7.1
title: Entropy Change for Reacting Systems
pagenum: 695; label: 14.7.2
title: Exergy Analysis for Reacting Systems
pagenum: 699; label: 14.8
title: Summary
pagenum: 707; title: References
pagenum: 708; title: Questions
pagenum: 709; title: Problems
pagenum: 709; label: Chapter 15
title: Chemical Equilibrium
pagenum: 718; label: 15.1
title: Introduction
pagenum: 718; label: 15.2
title: Equilibrium Criteria
pagenum: 718; label: 15.3
title: Equilibrium and the Chemical Potential
pagenum: 723; label: 15.4
title: Reaction Equilibrium
pagenum: 725; label: 15.5
title: Equilibrium Constant
pagenum: 728; label: 15.6
title: Equilibrium Compositions
pagenum: 731; label: 15.7
title: Maximizing Exergy Delivery from Chemical Reactions
pagenum: 744; label: 15.8
title: Summary
pagenum: 748; title: References
pagenum: 749; title: Questions
pagenum: 749; title: Problems
pagenum: 749; label: Appendix A
title: Property Tables and Constants in SI Unites
pagenum: A1; label: Appendix B
title: Property Tables and Constants in USCS Units
pagenum: A57; label: Appendix C
title: Generalized Charts and Psychometric Charts
pagenum: A129; label: Appendix D
title: Computer Codes for the Thermodynamic Properties of Common Substances Encountered in Engineering Applications
pagenum: A139; title: Answers to Selected Problems
pagenum: A153; title: Index
pagenum: I1