## Heat Transfer Engineering |

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### Contents

A SUMMARY | 1 |

STEADYSTATE CONDUCTION HEAT TRANSFER | 18 |

Section B Two and Threedimensional Problems | 33 |

Copyright | |

13 other sections not shown

### Common terms and phrases

analogy analysis angle factor apply assumed average black body body boiling boundary layer Btu/(hr F ft2 Buckingham pi theorem Chap compute condenser constant coolant cooling correlation counterflow crossflow curve cylinder derived diameter dimensional analysis dimensionless dimensions effectiveness electrical emissivity energy balance engineer example Fanning friction factor field equation film Fourier rate equation fuel furnace gives heat exchanger heat flow heat transfer heat-transfer coefficient hr F inside insulation laminar flow lb/hr lb/sec liquid metal material method Newton rate equation NTU method Nusselt number obtain perature pipe plane plate plot pounds mass Prandtl number problem radiation radius ratio reactor Reynolds number secondary fluid shape factor shown in Fig shows side solid solution solve steam surface temperature temperature temperature difference thermal conductivity thermocouple thickness tube turbulent unit velocity viscosity wall temperature zero