摘要
为实现新型车辆安装座的熔模铸造生产,拟订了6种工艺方案,采用直觉式平台Pidex进行三维建模、华铸Inte Cast与浩宇Hy Cast进行数值模拟,并进行了试生产。对铸件进行外观检测与X射线检测,验证铸造CAE的模拟结果。采用三维扫描技术进行蜡模和零件的尺寸检测,应用Inspect软件进行尺寸和形位公差检测。综合比较,确定了最优铸造工艺方案,完成了生产任务。
The six investment casting process schemes have been developed for casting the new vehicle mounting block, raised six kinds investment casting process of Draw 3D modeling with the Pidex platform, and can＇ied out numerical simulation with Intecast/Hycast, and the trial production was conducted. Observed the appearance of the casting and checked the phases with XRD, verify the simulation results of casting CAE. Three-dimensional scanning technology for wax mold and parts of the size of the detection, use software ＂Inspect＂ to check the size, shape and position tolerance detection. Comprehensive comparison, the optimal casting process is determined and the production task is completed.
出处
《铸造技术》
北大核心
2017年第10期2533-2535,共3页
Foundry Technology
基金
四川省发改委:"四川省航空材料检测与模锻工艺技术工程实验室(川发技2016-548)"
四川工程职业技术学院:创新创业教育示范课程建设项目"增材制造创新实践平台(JW20151123)"
四川工程职业技术学院重点项目"通用有限元软件铸造CAE的关键技术研究(YJ2015KY-02)"
关键词
熔模铸造
智能铸造
数值模拟
investment casting
intelligent casting
numerical simulation
