## Heat TransferBasic undergraduate heat transfer text for the first heat transfer course. |

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### Contents

MATERIAL PROPERTIES OF IMPORTANCE | 19 |

STEADY STATE HEAT CONDUCTION | 35 |

HEAT CONDUCTION IN TWO OR MORE | 87 |

Copyright | |

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### Common terms and phrases

adiabatic surface ambient applied assumed average blackbody boundary conditions boundary layer calculations Chapter condensation constant convective heat transfer correlations counterflow cylinder defined denote dependence diameter dimensionless dimensions discussed dissipation effects emissive power enclosure energy equation example expression FIGURE film fluid temperature forced convection free convection function gases given in Eq gives gradient heat conduction heat exchanger heat flow heat flux heat loss heat transfer coefficient horizontal insulation integral iterative laminar flow length liquid monochromatic motion node Nusselt number overall heat transfer parameters pipe plane pressure Prob problem properties radiation radiosity rate of heat Reynolds analogy Reynolds number shape factor shear stress shown in Fig slab solar solid solution space steam straight fin surface area surface temperature Table temperature difference temperature distribution thermal conductivity thermal radiation thermocouple thickness tube turbulent flow uniform unit vapor viscous wall wavelength