针对复杂壳体类镁合金压铸件,进行了浇注系统和工艺参数设计,运用AnyCasting软件对其凝固过程进行了数值模拟,预测了压铸件中可能出现缩孔、缩松的部位。在厚大部位增加溢流槽的数量和体积、降低浇注温度和模具温度,由于其补缩能力有限,以致缩孔、缩松等缺陷降低不明显;而在厚大部位设置内浇道,改变厚大部位的凝固顺序和增加对厚大部位的补缩,缩孔、缩松明等缺陷明显减少。 For the complicated shell magnesium alloy die casting, the pouring system and the process parameters were designed. Anycasting software was used to simulate the solidification process and the shrinkage and shrinkage of the die casting were predicted. Increasing the volume and volume of the overflow tank in the thick part, reducing the pouring temperature and mold temperature, due to its limited ability to make shrinkage, resulting in no obvious reduction of defects such as shrinkage and shrinkage; while in the thick parts, Thick coagulation order and increase the majority of thick parts of the shrinkage, shrinkage, shrinkage obviously reduced defects such as shrinkage.