## Fundamentals of heat transfer |

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Best text book, I have ever read.

It is very simple and elaborate explanation which students can appreciate and understand.

I use this book for my course on transport phenomena. Large number of problems which are of direct relevance to any engineering student.

### Contents

Introduction to Conduction | 34 |

OneDimensional SteadyState Conduction | 66 |

TwoDimensional SteadyState Conduction | 136 |

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### Common terms and phrases

absorptivity ambient air ANALYSIS approximation assumed ASSUMPTIONS blackbody boundary conditions boundary layer Calculate concentration condensation Consider Constant properties control volume convection coefficient convection heat transfer cooling correlations cylinder determine diameter diffusion dimensionless direction effects electrical electrical resistance emissive power energy balance expression film finite-difference equation flat plate flow fluid follows foregoing Fourier's law free convection fully developed heat equation heat exchanger heat flux heat loss heat transfer coefficient heat transfer rate Hence insulated irradiation kg/s laminar laminar flow liquid maintained mass transfer molar node Nusselt Nusselt number obtained one-dimensional outer surface pipe plane wall pressure problems radiation exchange radiosity rate of heat Reynolds number SCHEMATIC shear stress solar solid SOLUTION KNOWN species spectral sphere steady-state conditions surface temperature Table temperature difference temperature distribution thermal conductivity thermal resistance thickness tube turbulent uniform temperature unit length vapor velocity wavelength