TAILIEUCHUNG - Fundamentals of Heat and Mass Transfer-Incropera 1

. | s I X T II E I 1 I I o X Fundamentals of Heat and Mass Transfer Contents Symbols xxiii CHAPTER 1 Introduction 1 What and How 2 Physical Origins and Rate Equations 3 Conduction 3 Convection 6 Radiation 9 Relationship to Thermodynamics 12 The Conservation of Energy Requirement 13 Conservation of Energy for a Control Volume Ỉ3 The Surface Energy Balance 25 Application of the Conservation Laws Methodology 28 Analysis of Heat Transfer Problems Methodology 29 xiv Contents Relevance of Heat Transfer 32 Units and Dimensions 35 Summary 38 References 41 Problems 41 CHAPTER 4 Two-Dimei CHAPTER 2 Introduction to Conduction 57 The Conduction Rate Equation 58 The Thermal Properties of Matter 60 Thermal Conductivity 60 Other Relevant Properties 57 The Heat Diffusion Equation 70 Boundary and Initial Conditions 77 Summary 81 References 82 Problems 82 CHAPTER 3 One-Dimensional Steady-State Conduction 95 The Plane Wall Temperature Distribution 96 Thermal Resistance 98 The Composite Wall 99 Contact Resistance 101 96 An Alternative Conduction Analysis 112 Radial Systems The Cylinder 116 The Sphere 722 116 Summary of One-Dimensional Conduction Results 125 Conduction with Thermal Energy Generation The Plane Wall 127 Radial Systems 132 Application of Resistance Concepts 137 126 Heat Transfer from Extended Surfaces A General Conduction Analysis 139 Fins of Uniform Cross-Sectional Area 141 Fin Performance 147 Fins of Nonuniform Cross-Sectional Area 150 Overall Surface Efficiency 753 137 The Bioheat Equation 162 Summary 166 References 168 Problems 169 CHAPTER 5 .

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