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Numerical modelling of Fe-C alloys crystallization

机译:Fe-C合金结晶的数值模拟

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摘要

The boundary element method s applied to micro/macro modelling of solidification process proceeding in 2D iron casting domain. The heat transfer process is described by the Fourier equation with additional term determining the kinerics of crystallization (the so-called source function). The model bases on the laws detrmining the course of nucleation and nuclei growth, while the relation between linear growth rate and the liquid fraction in casting volume is given by the Johnson-Mehl-Avrami-Kolmogorov formulas. In the paper the mathematical description of the process, the method of numerical solution and also the example of ocmputations are presented.
机译:边界元方法应用于二维铸铁领域中凝固过程的微观/宏观建模。传热过程由傅立叶方程式描述,附加术语确定结晶的动力学(所谓的源函数)。该模型基于决定成核过程和成核过程的定律,而线性增长速率与铸件体积中液体分数之间的关系由Johnson-Mehl-Avrami-Kolmogorov公式给出。本文介绍了该过程的数学描述,数值解法以及计算实例。

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