气动隔绝门壳体件与门板件的拓扑优化设计

Topology Optimization Design of Pneumatic Isolation Door Housing Parts and Door Panels

通过分析气动隔绝门壳体组件的应力与变形,在应力集中且过大位置利用ANSYS Workbench 的Shape Optimization 模块进行优化。根据其材料的相关属性与所受载荷,得出合理材料分布,对壳体组件进行优化,同时对门板进行拓扑优化以达到轻量化的目的。基于仿真结果优化空压机盖板结构,提出优化建议。

TBy analyzing the stress and deformation of the pneumatic isolation door housing assembly, it is optimized by the shape optimization module of ANSYS Workbench in stress concentration and excessive position. According to the relevant properties of the material and the load, the reasonable material distribution is obtained, the housing components are optimized, and the door panel is optimized by topology to achieve the purpose of weight reduction.