本文研究的目的在于,测定不锈钢压铸件与模具材料在压铸过程中的温度分布。为实现这个目标,使用了一个差异很小的一维模拟试样来模仿铸件与模具在凝固时的温度状况。翻阅有关铸造过程热传导的文献可看出,在按定向设计处理的与对凝固的多方面理论感兴趣的研究人员之间有着明显的分歧,后者倾向于以相的变化或铸件本身的凝固情况起作用来从事工作。Carslaw和Jaeger对于边界条件均匀的凝固问题有某些正确的解释。最近,由Tien和Koump以及Tien和Geiger研究的有关密度的变化,二元共晶的凝 The purpose of this study is to determine the temperature distribution of stainless steel die-castings and mold materials during die-casting. To achieve this goal, a slightly different one-dimensional simulation specimen was used to simulate the temperature conditions of the casting and the mold during solidification. Turning to the literature on heat conduction in the casting process, one can see that there is a clear disagreement between those who are interested in the multidimensional theory of solidification by directed design and those that tend to vary by phase or the solidification of the casting itself Work to work. Carslaw and Jaeger have some correct explanations of the problem of solidification with uniform boundary conditions. Recently, the changes in density studied by Tien and Koump and Tien and Geiger, Binary Eutectic Condensation