Book description
Heat and Mass Transfer is designed for the core paper on Heat and Mass Transfer for the undergraduate students of mechanical engineering, and offers theory in brief, detailed derivations, plenty of examples and numerous exercise problems. This unique approach helps students apply principles to applications.
Table of contents
 Cover
 Title Page
 Contents
 Preface
 1. Basic Modes of Heat Transfer

2. Onedimensional Steadystate Conduction
 2.1 Fourier’s Law
 2.2 General Energy Equation
 2.3 Plane Wall (Slab): Constant Surface Temperature Without Heat Generation
 2.4 A Hollow Cylinder Without Heat Generation
 2.5 A Hollow Sphere Without Heat Generation
 2.6 Critical Thickness of Insulation
 2.7 Fins
 2.8 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems
 3. Transient Heat Conduction

4. Natural Convection
 4.1 Introduction
 4.2 Natural Convection Heat Transfer over a Vertical Plate
 4.3 Empirical Relations for Free Convection
 4.4 Free Convection in Enclosed Spaces
 4.5 Concentric Cylinders
 4.6 Concentric Spheres
 4.7 Combined Free and Forced Convection (Mixed Convection)
 4.8 Combined Convection and Radiation Heat Transfer
 4.9 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems

5. Forced Convection
 5.1 Convective Heat Transfer
 5.2 Velocity Boundary Layer
 5.3 Laminar Boundary Layer on a Flat Plate
 5.4 Thermal Boundary Layer
 5.5 Energy Equation of the Boundary Layer
 5.6 Thermal Boundary Layer Analysis
 5.7 Constant Heat Flux
 5.8 External Forced Convection
 5.9 Forced Convection Inside Tubes and Ducts
 5.10 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems

6. Boiling
 6.1 Boiling Heat Transfer
 6.2 Boiling Curve
 6.3 Empirical Correlations for Boiling
 6.4 Nucleate Pool Boiling
 6.5 Critical Heat Flux for Nucleate Pool Boiling
 6.6 Film Boiling
 6.7 Flow Boiling or Forced Convection Boiling
 6.8 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems

7. Condensation
 7.1 Condensation on Vertical Surfaces (Nusselt Theory)
 7.2 Condensation on Horizontal Surface
 7.3 Reynolds Number for Condensate Flow
 7.4 Condensation Heat Transfer Coefficients from Experiments
 7.5 Dropwise Condensation
 7.6 Influence of Noncondensable Gases
 7.7 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems

8. Heat Exchangers
 8.1 Classification of Heat Exchangers
 8.2 Overall Heat Transfer Coefficient of Heat Exchangers
 8.3 Fouling Factors
 8.4 Log Mean Temperature Difference (LMTD)
 8.5 The NTU Method
 8.6 Heat Transfer Enhancement
 8.7 Compact Heat Exchangers
 8.8 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems

9. Radiation Heat Transfer
 9.1 Emissive Power
 9.2 Planck’s Law
 9.3 Wien’s Displacement Law
 9.4 Stefan–Boltzman Law
 9.5 Kirchhoff’s Law
 9.6 Black Body Radiation Function
 9.7 Intensity of Radiation (I)
 9.8 Lambert’s Cosine Law
 9.9 Radiation Shape Factor (F)
 9.10 Properties of Shape Factor
 9.11 Shape Factor Algebra
 9.12 Electrical Analogy for Thermal Radiation
 9.13 Radiation Shields
 9.14 Gas Radiation
 9.15 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems
 10. Modeling and Analysis
 11. Experimental Heat Transfer

12. Mass Transter
 12.1 Introduction
 12.2 Modes of Mass Transfer
 12.3 Fick’s Laws of Diffusion
 12.4 Equimolar Diffusion
 12.5 Isothermal Evaporation
 12.6 Mass Transfer Coefficient in Convection
 12.7 Mass Transfer Through Boundary Layer
 12.8 Evaporation Processes in the Atmosphere
 12.9 Conclusions
 Example Problems
 Review Questions
 Objective Questions
 Exercise Problems
 Appendix A
 Appendix B
 Appendix C
 Acknowledgements
 Copyright
Product information
 Title: Heat and Mass Transfer, 2nd Edition
 Author(s):
 Release date: August 2010
 Publisher(s): Pearson India
 ISBN: 9788131733837
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