Symbols | p. xxi |

Introduction | p. 1 |

What and How? | p. 2 |

Physical Origins and Rate Equations | p. 3 |

Relationship to Thermodynamics | p. 12 |

Units and Dimensions | p. 36 |

Analysis of Heat Transfer Problems: Methodology | p. 38 |

Relevance of Heat Transfer | p. 41 |

Summary | p. 45 |

References | p. 48 |

Problems | p. 49 |

Introduction to Conduction | p. 67 |

The Conduction Rate Equation | p. 68 |

The Thermal Properties of Matter | p. 70 |

The Heat Diffusion Equation | p. 82 |

Boundary and Initial Conditions | p. 90 |

Summary | p. 94 |

References | p. 95 |

Problems | p. 95 |

One-Dimensional, Steady-State Conduction | p. 111 |

The Plane Wall | p. 112 |

An Alternative Conduction Analysis | p. 132 |

Radial Systems | p. 136 |

Summary of One-Dimensional Conduction Results | p. 142 |

Conduction with Thermal Energy Generation | p. 142 |

Heat Transfer from Extended Surfaces | p. 154 |

The Bioheat Equation | p. 178 |

Thermoelectric Power Generation | p. 182 |

Micro- and Nanoscale Conduction | p. 189 |

Summary | p. 190 |

References | p. 193 |

Problems | p. 193 |

Two-Dimensional, Steady-State Conduction | p. 229 |

Alternative Approaches | p. 230 |

The Method of Separation of Variables | p. 231 |

The Conduction Shape Factor and the Dimensionless Conduction Heat Rate | p. 235 |

Finite-Difference Equations | p. 241 |

Solving the Finite-Difference Equations | p. 250 |

Summary | p. 256 |

References | p. 257 |

Problems | p. 257 |

Transient Conduction | p. 279 |

The Lumped Capacitance Method | p. 280 |

Validity of the Lumped Capacitance Method | p. 283 |

General Lumped Capacitance Analysis | p. 287 |

Spatial Effects | p. 298 |

The Plane Wall with Convection | p. 299 |

Radial Systems with Convection | p. 303 |

The Semi-Infinite Solid | p. 310 |

Objects with Constant Surface Temperatures or Surface Heat Fluxes | p. 317 |

Periodic Heating | p. 327 |

Finite-Difference Methods | p. 330 |

Summary | p. 345 |

References | p. 346 |

Problems | p. 346 |

Introduction to Convection | p. 377 |

The Convection Boundary Layers | p. 378 |

Local and Average Convection Coefficients | p. 382 |

Laminar and Turbulent Flow | p. 389 |

The Boundary Layer Equations | p. 394 |

Boundary Layer Similarity: The Normalized Boundary Layer Equations | p. 398 |

Physical Interpretation of the Dimensionless Parameters | p. 407 |

Boundary Layer Analogies | p. 409 |

Summary | p. 417 |

References | p. 418 |

Problems | p. 419 |

External Flow | p. 433 |

The Empirical Method | p. 435 |

The Flat Plate in Parallel Flow | p. 436 |

Methodology for a Convection Calculation | p. 447 |

The Cylinder in Cross Flow | p. 455 |

The Sphere | p. 465 |

Flow Across Banks of Tubes | p. 468 |

Impinging Jets | p. 477 |

Packed Beds | p. 482 |

Summary | p. 483 |

References | p. 486 |

Problems | p. 486 |

Internal Flow | p. 517 |

Hydrodynamic Considerations | p. 518 |

Thermal Considerations | p. 523 |

The Energy Balance | p. 529 |

Laminar Flow in Circular Tubes: Thermal Analysis and Convection Correlations | p. 537 |

Convection Correlations: Turbulent Flow in Circular Tubes | p. 544 |

Convection Correlations: Noncircular Tubes and the Concentric Tube Annulus | p. 552 |

Heat Transfer Enhancement | p. 555 |

Flow in Small Channels | p. 558 |

Convection Mass Transfer | p. 563 |

Summary | p. 565 |

References | p. 568 |

Problems | p. 569 |

Free Convection | p. 593 |

Physical Considerations | p. 594 |

The Governing Equations for Laminar Boundary Layers | p. 597 |

Similarity Considerations | p. 598 |

Laminar Free Convection on a Vertical Surface | p. 599 |

The Effects of Turbulence | p. 602 |

Empirical Correlations: External Free Convection Flows | p. 604 |

Free Convection Within Parallel Plate Channels | p. 618 |

Empirical Correlations: Enclosures | p. 621 |

Combined Free and Forced Convection | p. 627 |

Convection Mass Transfer | p. 628 |

Summary | p. 629 |

References | p. 630 |

Problems | p. 631 |

Boiling and Condensation | p. 653 |

Dimensionless Parameters in Boiling and Condensation | p. 654 |

Boiling Modes | p. 655 |

Pool Boiling | p. 656 |

Pool Boiling Correlations | p. 660 |

Forced Convection Boiling | p. 669 |

Condensation: Physical Mechanisms | p. 673 |

Laminar Film Condensation on a Vertical Plate | p. 675 |

Turbulent Film Condensation | p. 679 |

Film Condensation on Radial Systems | p. 684 |

Condensation in Horizontal Tubes | p. 689 |

Dropwise Condensation | p. 690 |

Summary | p. 691 |

References | p. 691 |

Problems | p. 693 |

Heat Exchangers | p. 705 |

Heat Exchanger Types | p. 706 |

The Overall Heat Transfer Coefficient | p. 708 |

Heat Exchanger Analysis: Use of the Log Mean Temperature Difference | p. 711 |

Heat Exchanger Analysis: The Effectiveness-NTU Method | p. 722 |

Heat Exchanger Design and Performance Calculations | p. 730 |

Additional Considerations | p. 739 |

Summary | p. 747 |

References | p. 748 |

Problems | p. 748 |

Radiation: Processes and Properties | p. 767 |

Fundamental Concepts | p. 768 |

Radiation Heat Fluxes | p. 771 |

Radiation Intensity | p. 773 |

Blackbody Radiation | p. 782 |

Emission from Real Surfaces | p. 792 |

Absorption, Reflection, and Transmission by Real Surfaces | p. 801 |

Kirchhoff's Law | p. 810 |

The Gray Surface | p. 812 |

Environmental Radiation | p. 818 |

Summary | p. 826 |

References | p. 830 |

Problems | p. 830 |

Radiation Exchange Between Surfaces | p. 861 |

The View Factor | p. 862 |

Blackbody Radiation Exchange | p. 872 |

Radiation Exchange Between Opaque, Diffuse, Gray Surfaces in an Enclosure | p. 876 |

Multimode Heat Transfer | p. 893 |

Implications of the Simplifying Assumptions | p. 896 |

Radiation Exchange with Participating Media | p. 896 |

Summary | p. 901 |

References | p. 902 |

Problems | p. 903 |

Diffusion Mass Transfer | p. 933 |

Physical Origins and Rate Equations | p. 934 |

Mass Transfer in Nonstationary Media | p. 939 |

The Stationary Medium Approximation | p. 947 |

Conservation of Species for a Stationary Medium | p. 947 |

Boundary Conditions and Discontinuous Concentrations at Interfaces | p. 954 |

Mass Diffusion with Homogeneous Chemical Reactions | p. 962 |

Transient Diffusion | p. 965 |

Summary | p. 971 |

References | p. 972 |

Problems | p. 972 |

Thermophysical Properties of Matter | p. 981 |

Mathematical Relations and Functions | p. 1013 |

Thermal Conditions Associated with Uniform Energy Generation in One-Dimensional, Steady-State Systems | p. 1019 |

The Gauss-Seidel Method | p. 1025 |

The Convection Transfer Equations | p. 1027 |

Boundary Layer Equations for Turbulent Flow | p. 1031 |

An Integral Laminar Boundary Layer Solution for Parallel Flow over a Flat Plate | p. 1035 |

Index | p. 1039 |

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