首页> 外文期刊>Numerical Heat Transfer, Part B. Fundamentals: An International Journal of Computation and Methodology >NONITERATIVE PROCEDURE FOR THE FINITE-ELEMENT SOLUTION OF THE ENTHALPY MODEL FOR PHASE-CHANGE HEAT CONDUCTION PROBLEMS
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NONITERATIVE PROCEDURE FOR THE FINITE-ELEMENT SOLUTION OF THE ENTHALPY MODEL FOR PHASE-CHANGE HEAT CONDUCTION PROBLEMS

机译:相变传热问题的焓模型有限元求解的非迭代过程

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摘要

Based on a lumped-mass model, a computationally efficient noniterative procedure is developed for the finite-element solution of the enthalpy model proposed by Shamsundar and Sparrow [1]. This procedure uses Gauss elimination as the equation solver and incorporates a three-time-level time integration scheme. Sample results are presented and discussed. [References: 13]
机译:基于集总质量模型,为Shamsundar和Sparrow提出的焓模型的有限元解决方案开发了一种计算有效的非迭代过程[1]。此过程将高斯消除用作方程式求解器,并结合了三级时间积分方案。介绍并讨论了样本结果。 [参考:13]

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