Principles of Heat Transfer

Frank Kreith and Mark Bohn's PRINCIPLES OF HEAT TRANSFER is known and respected as a classic in the field! The sixth edition has new homework problems, and the authors have added new Mathcad problems that show readers how to use computational software to solve heat transfer problems. This new edition features own web site that features real heat transfer problems from industry, as well as actual case studies.

Frank Kreith is Professor Emeritus, University of Colorado at Boulder and ASME Fellow, National Conference of State Legislatures, Denver, Colorado.

Basic Modes of Heat Transfer

1

(72)

The Relation of Heat Transfer to Thermodynamics

1

(3)

Heat Conduction

4

(13)

Convection

17

(4)

Radiation

21

(3)

Combined Heat Transfer Systems

24

(17)

Thermal Insulation

41

(6)

Heat Transfer and the Law of Energy Conservation

47

(6)

Dimensions and Units

53

(4)

Closing Remarks

57

(16)

References

58

(1)

Problems

59

(14)

Heat Conduction

73

(98)

Introduction

73

(1)

The Conduction Equation

74

(6)

Steady Heat Conduction in Simple Geometries

80

(15)

Extended Surfaces

95

(11)

Multidimensional Steady Conduction

106

(10)

Transient Heat Conduction

116

(18)

Charts for Transient Heat Conduction

134

(16)

Closing Remarks

150

(21)

References

151

(1)

Problems

152

(19)

Numerical Analysis of Heat Conduction

171

(62)

Introduction

171

(1)

One-Dimensional Steady Conduction

172

(12)

One-Dimensional Unsteady Conduction

184

(15)

Two-Dimensional Unsteady and Steady Conduction

199

(17)

Cylindrical Coordinates

216

(2)

Irregular Boundaries

218

(4)

Closing Remarks

222

(11)

References

223

(1)

Problems

223

(10)

Analysis of Convection Heat Transfer

233

(68)

Introduction

233

(1)

Convection Heat Transfer

233

(3)

Boundary-Layer Fundamentals

236

(2)

Conservation of Mass, Momentum, and Energy for Laminar Flow over a Flat Plate

238

(4)

Dimensionaless Boundary-Layer Equations and Similarity Parameters

242

(4)

Evaluation of Convection Heat Transfer Coefficients

246

(1)

Dimensional Analysis

247

(8)

Analytic Solution for Laminar Boundary-Layer Flow over a Flat Plate

255

(9)

Approximate Integral Boundary-Layer Analysis

264

(6)

Analogy Between Momentum and Heat Transfer in Turbulent Flow over a Flat Surface

270

(6)

Reynolds Analogy for Turbulent Flow over Plane Surfaces

276

(1)

Mixed Boundary Layer

277

(3)

Special Boundary Conditions and High-Speed Flow

280

(5)

Closing Remarks

285

(16)

References

287

(1)

Problems

288

(13)

Natural Convection

301

(54)

Introduction

301

(2)

Similarity Parameters for Natural Convection

303

(9)

Empirical Correlation for Various Shapes

312

(15)

Rotating Cylinders, Disks, and Spheres

327

(2)

Combined Forced and Natural Convection

329

(4)

Finned Surfaces

333

(5)

Closing Remarks

338

(17)

References

343

(2)

Problems

345

(10)

Forced Convection Inside Tubes and Ducts

355

(66)

Introduction

355

(10)

Analysis of Laminar Forced Convection in a Long Tube

365

(10)

Correlations for Laminar Forced Convection

375

(14)

Analogy Between Heat and Momentum Transfer in Turbulent Flow

389

(4)

Empirical Correlations for Turbulent Forced Convection

393

(11)

Forced Convection and Cooling of Electronic Devices

404

(3)

Closing Remarks

407

(14)

References

410

(2)

Problems

412

(9)

Forced Convection over Exterior Surfaces

421

(64)

Flow over Bluff Bodies

421

(2)

Cylinders, Spheres, and Other Bluff Shapes

423

(18)

Packed Beds

441

(4)

Tube Bundles in Cross-Flow

445

(15)

Free Jets

460

(11)

Closing Remarks

471

(14)

References

473

(2)

Problems

475

(10)

Heat Exchangers

485

(54)

Introduction

485

(1)

Basic Types of Heat Exchangers

485

(8)

Overall Heat Transfer Coefficient

493

(4)

Log Mean Temperature Difference

497

(7)

Heat Exchanger Effectiveness

504

(10)

Heat Transfer Enhancement

514

(8)

Closing Remarks

522

(17)

References

524

(1)

Problems

525

(14)

Heat Transfer by Radiation

539

(88)

Thermal Radiation

539

(2)

Blackbody Radiation

541

(12)

Radiation Properties

553

(18)

The Radiation Shape Factor

571

(10)

Enclosures with Black Surfaces

581

(4)

Enclosures with Gray Surfaces

585

(6)

Matrix Inversion

591

(12)

Radiation Properties of Gases and Vapors

603

(9)

Radiation Combined with Convection and Conduction

612

(4)

Closing Remarks

616

(11)

References

617

(1)

Problems

618

(9)

Heat Transfer with Phase Change

627

Introduction to Boiling

627

(1)

Pool Boiling

627

(22)

Boiling in Forced Convection

649

(14)

Condensation

663

(10)

Condenser Design

673

(1)

Heat Pipes

674

(13)

Freezing and Melting

687

References

692

(3)

Problems

695

Appendix 1 The International System of Units

A3

Appendix 2 Tables

A6

Properties of Solids

A7

Thermodynamic Properties of Liquids

A14

Heat Transfer Fluids

A23

Liquid Metals

A24

Thermodynamic Properties of Gases

A26

Miscellaneous Properties, Computer Codes, and Error Function

A37

Correlation Equations for Physical Properties

A46

Appendix 3 Tridiagonal Matrix Computer Program

A51

Appendix 4 The Heat Transfer Literature

A54

Appendix 5 Mathcad Problems

A55

Index

I1

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Principles of Heat Transfer

Summary

Author Biography

Table of Contents

Supplemental Materials