Schaum's Outline of Heat Transfer | Schaum's Outline

Schaum's Outline of Heat Transfer

Authors: Donald Pitts and Leighton E. Sissom

Published: April 1998

eISBN: 9780071368773 0071368779 | ISBN: 9780070502079

Preface

Contents

Chapter 1: INTRODUCTION

1.1 CONDUCTION

1.2 CONVECTION

1.3 RADIATION

1.4 MATERIAL PROPERTIES

1.5 UNITS

Chapter 2: ONE-DIMENSIONAL STEADY-STATE CONDUCTION

2.1 INTRODUCTORY REMARKS

2.2 GENERAL CONDUCTIVE ENERGYEQUATION

2.3 PLANE WALL: FIXED SURFACE TEMPERATURES

2.4 RADIAL SYSTEMS: FIXED SURFACE TEMPERATURES

2.5 PLANE WALL: VARIABLE THERMAL CONDUCTIVITY

2.6 HEAT GENERATION SYSTEMS

2.7 CONVECTIVE BOUNDARY CONDITIONS

2.8 HEAT TRANSFER FROM FINS

Chapter 3: MULTIDIMENSIONAL STEADY-STATE CONDUCTION

3.1 INTRODUCTION

3.2. ANALYTICAL SOLUTIONS

3.3 CONDUCTIVE SHAPE FACTOR

3.4 NUMERICAL ANALYSIS

Chapter 4: TIME-VARYING CONDUCTION

4.1 INTRODUCTION

4.2 BIOT AND FOURIER MODULI

4.3 LUMPED ANALYSIS

4.4 ONE-DIMENSIONAL SYSTEMS: FIXED SURFACE TEMPERATURE

4.5 ONE-DIMENSIONAL SYSTEMS: CONVECTIVE BOUNDARY CONDITIONS

4.6 CHART SOLUTIONS: CONVECTIVE BOUNDARY CONDITIONS

4.7 MULTIDIMENSIONAL SYSTEMS

4.8 NUMERICAL ANALYSIS

Chapter 5: FLUID MECHANICS

5.1 FLUID STATICS

5.2 FLUID DYNAMICS

5.3 CONSERVATION OF MASS

5.4 EQUATION OF MOTION ALONG A STREAMLINE

5.5 CONSERVATION OF ENERGY

Chapter 6: FORCED CONVECTION: LAMINAR FLOW

6.1 HYDRODYNAMIC (ISOTHERMAL) BOUNDARY LAYER: FLAT PLATE

6.2 THERMAL BOUNDARY LAYER: FLAT PLATE

6.3 ISOTHERMAL PIPE FLOW

6.4 HEAT TRANSFER IN PIPE FLOW

6.5 SUMMARY OF TEMPERATURES FOR PROPERTY EVALUATIONS

Chapter 7: FORCED CONVECTION: TURBULENT FLOW

7.1 EQUATIONS OF MOTION

7.2 HEAT TRANSFER AND SKIN FRICTION: REYNOLDS’ ANALOGY

7.3 FLOW OVER A FLAT PLATE

7.4 FLOW IN PIPES

7.5 EXTERNAL FLOW OVER SUBMERGED BODIES

7.6 HEAT TRANSFER TO LIQUID METALS

Chapter 8: NATURAL CONVECTION

8.1 VERTICAL FLAT PLATE

8.2 EMPIRICAL CORRELATIONS: ISOTHERMAL SURFACES

8.3 FREE CONVECTION IN ENCLOSED SPACES

8.4 MIXED FREE AND FORCED CONVECTION

8.5 NEWER CORRELATIONS

Chapter 9: BOILING AND CONDENSATION

9.1 BOILING PHENOMENA

9.2 POOL BOILING

9.3 FLOW (CONVECTION) BOILING

9.4 CONDENSATION

Chapter 10: HEAT EXCHANGERS

10.1 TYPES OF HEAT EXCHANGER

10.2 HEAT TRANSFER CALCULATIONS

10.3 HEAT EXCHANGER EFFECTIVENESS (NTU METHOD)

10.4 FOULING FACTORS

Chapter 11: RADIATION

11.1 INTRODUCTION

11.2 PROPERTIES AND DEFINITIONS

11.3 BLACKBODY RADIATION

11.4 REAL SURFACES AND THE GRAY BODY

11.5 RADIANT EXCHANGE: BLACK SURFACES

11.6 RADIANT EXCHANGE: GRAY SURFACES

11.7 RADIATION SHIELDING

11.8 RADIATION INVOLVING GASES AND VAPORS

Appendix A

Table A-1. Conversion factors for single terms.

Table A-2. Conversion factors for compound terms.

Appendix B

Fig. B-1. Dynamic (absolute) viscosity of liquids.

Fig. B-2. Kinematic viscosity of liquids.Specific gravity (S) values apply at 70 F or 21.4 C.

Fig. B-3. Ratio of steam thermal conductivity k to the value k1, at oneatmosphere and the same pressure.

Figure B-4. Generalized Correlation Chart of the Dynamic Viscosity of

Table B-1 (SI). Property values of metals.

Table B-2 (SI). Property values of nonmetals

Table B-3 (SI). Property values of liquids in a saturated state

Table B-4 (SI). Property values of gases at atmospheric pressure.

Table B-1 (SI). Property values of metals.

Table B-2 (Engl.). Property values of nonmetals.

Table B-3 (Engl.). Property values of liquids in a saturated state.

Table B-4 (Engl.). Property values of gases at atmospheric pressure

Table B-5 (Engl.). Critical constants and molecular weights of gases.

Index