Vp ai t = 0 (34) Since a pressure boundary is used, mass will be able to enter or leave the vapor region, if the correct pressure is not used. ... For an unsteady radiation problem, there is no explicit solution to find the temperature increase because of the ... are equal to: TC ai=4AeaeT^+a (44b) (44c) (44d) (44e) (45) At a2 = fagt;AcasT?ef Ad3 = *agt;AcTMTref aA = Acae Newtona#39;s method is used to find this value.

Title | : | Proceedings of the ASME Heat Transfer Division--2005 |

Author | : | American Society of Mechanical Engineers. Heat Transfer Division |

Publisher | : | - 2005 |

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