Chapter 1 Introduction & Basic Concepts , 1-50 Chapter 2 Energy, Energy Transfer, General Energy Analysis , 51-110 Chapter 3 Properties of Pure Substances , 111-162 Chapter 4 Energy Analysis of Closed Systems , 163 Chapter 5 Mass & Energy Analysis of Control Volumes , 213-272 Chapter 6 The Second Law of Thermodynamics , 273 Chapter 7 Entropy , 327-4…
Chapter 1 Beginnings Chapter 2 Epitomizes this approach with essentially all material related to thermodynamic properties contained within a single chapter. This arrangement allow students to connect topics in a logical manner, without necessarily proceeding through the chapter in a linear manner. It is expected that this chapter will be revisited many times. Chapter 3 deals with all aspect…
1 Getting Started: Introductory Concepts and Definitions , 1-30 2 Energy and the First Law of Thermodynamics,31-79 3 Evaluating Properties , 80-145 4 Control Volume Analysis Using Energy , 146-211 5 The Second Law of Thermodynamics , 212-254 6 Using Entropy , 255-328 7 Exergy Analysis , 329-389 8 Vapor Power Systems , 390-443 9 Gas Power Systems , 444-533 10 Refri…
Chapter 1 Introduction & Basic Concepts, 1-62: 1-1 Thermodynamics & Heat Transfer , 2 1-2 Engineering Heat Transfer , 4 1-3 Heat & Other Forms of Energy , 6 1-4 the First Law of Thermodynamics , 11 1-5 Heat Transfer Mechanisms , 17 1-6 Conduction , 17 1-7 Convection , 25 1-8 Radiation , 27 1-9 Simultaneous Heat Transfer Mech…