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首页> 外文期刊>Numerical Heat Transfer, Part B. Fundamentals: An International Journal of Computation and Methodology >Solving the stefan problem with the radial basis function collocation mehod
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Solving the stefan problem with the radial basis function collocation mehod

机译:用径向基函数搭配法求解Stefan问题

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In this paper the classical Stefan problem in its enthalpy formulations is solved with the radial basis function collocation method. The phase change is treated using the general source-based method of V.R. Voller & C.R. Swaminathan. Tests include numerical convergence studies for the two-dimensional Dirichlet jump problem with a solid-liquid phase change. The numerical results are compared with a semi-analytical solution given by K.A. Rathjen & L.M. Jiji, and with finite-volume method. The suitability of the radial basis function collocation method is demonstrated using a realistic engineering problem involving a charging tank for latent cool thermal storage. [References: 25]
机译:在本文中,用径向基函数配置方法解决了焓表达式中的经典Stefan问题。使用基于V.R.的一般基于源的方法处理相变。 Voller&C.R. Swaminathan。测试包括具有固液相变的二维Dirichlet跳问题的数值收敛研究。数值结果与K.A.给出的半解析解进行了比较。 Rathjen&L.M. Jiji,并采用有限体积法。径向基函数配置方法的适用性是通过一个实际的工程问题论证的,该问题涉及一个用于潜冷蓄热的装料箱。 [参考:25]

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