## Principles of Heat TransferReaders learn the principles of heat transfer using the classic that sets the standard of coverage and organization for all other heat transfer books. Following the recommendations of the ASME Committee on Heat Transfer Education, Kreith/Manglik’s PRINCIPLES OF HEAT TRANSFER, 8E provides a comprehensive engineering approach that is ideal for your study of heat transfer. This relevant book recognizes that in today’s world, computational analysis is more critical than rote mathematical solutions to heat transfer problems. However, the authors also incorporate an effective analytic approach that offers a clear understanding of the physics involved and equips readers with the tools for analyzing more complex problems. The book emphasizes applications to current engineering challenges in renewable energy, bioengineering, microelectronics, materials processing, and space exploration. Important Notice: Media content referenced within the product description or the product text may not be available in the ebook version. |

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### Contents

2 | |

Steady Heat Conduction | 86 |

Transient Heat Conduction | 154 |

Numerical Analysis of Heat Conduction | 214 |

Analysis of Convection Heat Transfer | 284 |

Forced Convection Over Exterior Surfaces | 356 |

Forced Convection Inside Tubes and Ducts | 428 |

Natural Convection | 506 |

Heat Exchangers | 644 |

Heat Transfer by Radiation | 704 |

The International System of Units | 2 |

Data Tables | 6 |

Tridiagonal Matrix Computer Programs | 43 |

Computer Codes for Heat Transfer | 49 |

The Heat Transfer Literature | 50 |

52 | |

### Other editions - View all

Principles of Heat Transfer, SI Edition Frank Kreith,Raj M. Manglik,Mark S. Bohn Limited preview - 2012 |

### Common terms and phrases

analysis approximately Assume average heat transfer blackbody boiling boundary conditions boundary layer Btu/h calculate Chapter condensation constant control volume convection heat transfer cooling correlation critical heat flux cylinder determine diameter dimensionless duct effective electrical engineering equation estimate evaluated example FIGURE flat plate fluid flowing forced convection friction gases geometry heat conduction heat exchanger heat flow heat flux heat loss heat transfer coefficient heater horizontal increase inside insulation J/kg kg/s laminar flow length liquid Manglik natural convection nodes Nusselt number obtained outer packed bed perature Prandtl number pressure drop Problem properties radiation rate of heat Reynolds number Schematic shown in Fig solar solution sphere steam steel surface area surface temperature Table temperature difference temperature distribution thermal conductivity thermal resistance thermocouple thickness tion tube turbulent flow uniform unit vapor velocity vertical viscosity wavelength wire