Progress in Numerical Simulation for Eutectic Solidification with Multi-phase Field Method

Zhu Yaochan Yang Gencang Wang Jincheng Zhao Dawen Yu Yanmei

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Progress in Numerical Simulation for Eutectic Solidification with Multi-phase Field Method
Issue 3, Pages: 45-47(2004)
Published： 2004 ，
DOI：

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[1]朱耀产,杨根仓,王锦程,赵达文,于艳梅.多相场法数值模拟共晶凝固研究进展[J].特种铸造及有色合金,2004(03):45-47+75.

Zhu Yaochan Yang Gencang Wang Jincheng Zhao Dawen Yu Yanmei. Progress in Numerical Simulation for Eutectic Solidification with Multi-phase Field Method. [J]. Special Casting & Nonferrous Alloys (3):45-47(2004)
[1]朱耀产,杨根仓,王锦程,赵达文,于艳梅.多相场法数值模拟共晶凝固研究进展[J].特种铸造及有色合金,2004(03):45-47+75. DOI：

Zhu Yaochan Yang Gencang Wang Jincheng Zhao Dawen Yu Yanmei. Progress in Numerical Simulation for Eutectic Solidification with Multi-phase Field Method. [J]. Special Casting & Nonferrous Alloys (3):45-47(2004) DOI：

摘要

阐述了多相场法模拟共晶凝固原理和研究现状。多相场模型经历了从纯物质晶粒到多元多相合金

从各向同性到各向异向

从等温模拟到非等温模拟的发展过程。并指出进一步的研究方向

认为未来将是发展包括流场、应力场以及其他场作用的共晶多相场模型。

Abstract

Theory and present research status of numerical simulation for eutectic solidification with multi-phase field method were expounded. The multi-phase field model has experienced the development stages from pure material grain to multi-phase and multinary alloy

from isotropy to anisotropy

from isothermal temperature to aniso-thermal temperature. The further research prospects were pointed out.It is suggested that flow field and stress field as well as other fields would be considered in future trendency of the multi-phase field model.