Advances in Heat Transfer

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Front Cover 2
Advances in Heat Transfer, Volume 1 5
Copyright Page 6
Contributors 7
Preface 9
CONTENTS 11
Chapter 1. The Interaction of Thermal Radiation with Conduction and Convection Heat Transfer 15
- I. Introduction 15
- II. Radiation Equations for Absorbing Media 16
- III. Pure Radiation in an Absorbing Medium 26
- IV. Combined Conduction and Radiation in an Absorbing Medium 31
- V. Laminar Flow of an Absorbing Gas acrosa a Flat Plate 37
- VI. Boundary Condition Effects upon Forced Convection 47
- VII. Boundary Condition Effects upon Free Convection 52
- References 63

Front Cover 2
Advances in Heat Transfer, Volume 1 5
Copyright Page 6
Contributors 7
Preface 9
CONTENTS 11
Chapter 1. The Interaction of Thermal Radiation with Conduction and Convection Heat Transfer 15
- I. Introduction 15
- II. Radiation Equations for Absorbing Media 16
- III. Pure Radiation in an Absorbing Medium 26
- IV. Combined Conduction and Radiation in an Absorbing Medium 31
- V. Laminar Flow of an Absorbing Gas acrosa a Flat Plate 37
- VI. Boundary Condition Effects upon Forced Convection 47
- VII. Boundary Condition Effects upon Free Convection 52
- References 63
Chapter 2. Application of Integral Methods to Transient Nonlinear Heat Transfer 65
- I. Introduction 66
- II. The Linear Heat Conduction Equation with Fixed Boundaries 70
- III. Temperature-Dependent with Thermal Properties 82
- IV. Problems Involving a Change of Phase 85
- V. Related Methods 93
- VI. Pulselike Inputs 99
- VII. Improving the Accuracy 110
- VIII. A Nonsteady Convection Problem 124
- IX. A Two-Dimensional Problem 129
- X. Concluding Remarks 133
- References 134
Chapter 3. Heat and Mass Transfer in Capillary-Porous Bodies 137
- I. Introduction 137
- II. External Heat and Mass Transfer in Evaporation Processes 138
- III. External Heat and Mass Transfer with Sublimation 167
- IV. Internal Heat and Mass Transfer in Capillary-Porous Bodies 178
- References 198
Chapter 4. Boiling 199
- I. Introduction 199
- II. Nucleation and Bubble Dynamics 212
- III. Nucleate Boiling 240
- IV. Critical Heat Flux 246
- References 277
Chapter 5. The Influence of Electric and Magnetic Fields on Heat Transfer to Electrically Conducting Fluids 281
- I. Introduction 282
- II. The Basic Equations 287
- III. Free Convection 300
- IV. Heat Transfer in Channel Flow 313
- V. Flat-Plate Boundary-Layer Heat Transfer 331
- VI. Heat Transfer to Blunt Bodies 345
- VII. Concluding Remarks 362
- References 366
Chapter 6. Fluid Mechanics and Heat Transfer of Two-Phase Annular-Dispersed Flow 369
- I. General Considerations 369
- II. Fluid Mechanics 382
- III. Heat Transfer 416
- IV. Heat Transfer with Two-Phase, Two-Component Mixtures 447
- V. Practical Application of Annular-Dispersed Flow 449
- References 454
Author index 461
Subject Index 469

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