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### Chemical Engineering Series * **Series Editor** * David Himmelblau ### Thermodynamics and Transport Properties of Fluids #### SI Units * G. F. C. Rogers * Y. R. Mayhew Fifth Edition ### Blackwell Publishers #### Table of Contents * **Preface** * **Nomenclature** * **1 I...

### Chemical Engineering Series * **Series Editor** * David Himmelblau ### Thermodynamics and Transport Properties of Fluids #### SI Units * G. F. C. Rogers * Y. R. Mayhew Fifth Edition ### Blackwell Publishers #### Table of Contents * **Preface** * **Nomenclature** * **1 Introduction** * 1.1 The aim of thermodynamics * 1.2 Dimensions and units * 1.3 Properties and state * 1.4 Processes * 1.5 Pressure * 1.6 Temperature * **2 The First Law of Thermodynamics** * 2.1 The concept of energy * 2.2 Forms of energy * 2.3 Energy as a property * 2.4 The first law for a closed system * 2.5 The first law for an open system * 2.6 Equilibrium * 2.7 The steady-flow energy equation(SFEE) * 2.8 Applications of the SFEE * 2.9 Throttling * 2.10 Non-flow processes * **3 The Second Law of Thermodynamics** * 3.1 Heat engines * 3.2 Refrigerators and heat pumps * 3.3 Reversibility and irreversibility * 3.4 The second law * 3.5 The thermodynamic temperature scale * 3.6 Entropy * 3.7 The Clausius inequality * 3.8 Entropy as a property * 3.9 Evaluation of entropy changes * 3.10 The second law for open systems * 3.11 Entropy generation * 3.12 Available energy * 3.13 Reversible work * 3.14 Thermodynamic analysis of processes * **4 Some Consequences of the Laws of Thermodynamics** * 4.1 Introduction * 4.2 Thermodynamic relations * 4.3 Evaluation of thermodynamic properties * 4.4 Mixtures of gases * **5 Properties of Real Fluids** * 5.1 Introduction * 5.2 The gas phase * 5.3 The liquid phase * 5.4 The vapor-liquid phase * 5.5 Thermodynamic diagrams and tables * 5.6 Corresponding states * **6 Fluid Flow** * 6.1 Introduction * 6.2 Continuity * 6.3 The momentum equation * 6.4 The Bernoulli equation * 6.5 Flow measurement * **7 Irreversible Flow of Compressible Fluids** * 7.1 Introduction * 7.2 Isothermal flow in pipes * 7.3 Adiabatic flow in pipes * 7.4 High-speed flow in nozzles * **8 Heat Transfer** * 8.1 Introduction * 8.2 Conduction * 8.3 Convection * 8.4 Radiation * 8.5 Heat exchangers * **9 Mass Transfer** * 9.1 Introduction * 9.2 Diffusion * 9.3 Convection * 9.4 Interphase mass transfer * **10 Thermodynamic Design Data** * 10.1 Introduction * 10.2 $p-v-T$ surface * 10.3 Equations of state * 10.4 Generalized charts * 10.5 Computerized data * 10.6 Sources of data * 10.7 Thermodynamic properties of substances * **Appendix A Units and Conversion Factors** * **Appendix B Properties of Saturated and Superheated Steam** * **Appendix C Thermodynamic Properties of Refrigerant 134a** * **Appendix D Thermodynamic Properties of Air at Low Pressure** * **Appendix E Compressibility Factor** * **Appendix F Generalized Enthalpy Correction Chart** * **Appendix G Generalized Entropy Correction Chart** * **Appendix H Symbols for Use on Flow Diagrams** * **Index**