%0 Journal Article
%T Numerical Simulations of Equiaxed Dendrite Growth Using Phase Field Method
%A Yutuo ZHANG
%A Dianzhong LI
%A Yiyi LI
%A Weicheng PANG
%A <br>YutuoZHANG
%A WeichengPANG
%J 材料科学技术学报
%D 2002
%I 
%X Phase field method offers the prospect of being able to perform realistic numerical experiments on dendrite growth in a metallic system. In this paper, the equiaxed dendrite evolution during the solidification of a pure material was numerically simulated using the phase field model. The equiaxed dendrite growth in a two-dimensional square domain of undercooled melt (nickel) with four-fold anisotropy was simulated. The phase field model equations was solved using the explicit finite difference method on a uniform mesh. The formation of various equiaxed dendrite patterns was shown by a series of simulations, and the effect of anisotropy on equiaxed dendrite morphology was investigated.
%K Phase field method
%K Dendritic growth
%K Numerical simulation<br>枝晶生长
%K 晶体生长
%K 金属材料
%K 数值模拟
%U http://www.alljournals.cn/get_abstract_url.aspx?pcid=5B3AB970F71A803DEACDC0559115BFCF0A068CD97DD29835&cid=84529CA2B2E519AC&jid=324DC3CAB22330DB19158AE0A9B7BFA5&aid=34FEF98F5BF1CAB7872A2DFCB18AF1C9&yid=C3ACC247184A22C1&vid=13553B2D12F347E8&iid=CA4FD0336C81A37A&sid=987EDA49D8A7A635&eid=8E6AB9C3EBAAE921&journal_id=1005-0302&journal_name=材料科学技术学报&referenced_num=0&reference_num=0