基于多目标遗传优化算法的PSA贴敷机单驱形式横梁研究

PSA Patching Machine in the Form of Single Drive Beams Research Based on Multi-objective Genetic Optimal Algorithm

对PSA贴敷机单驱动形式横梁进行参数化设计,通过Pro/E进行参数化建模,并与Ansys Workbench协同仿真。通过此方法 ,选出满足单驱动形式设计要求的横梁模型,从而判定单驱动结构变单驱动结构的可行性问题。

Build a parametric beams-model of the PSA patching machine in the form of single drive using Pro/E,and design parameters for beams using Pro/E and Ansys Workbench co-simulation. Through this method, elected beam model meeting the design requirements in the form of the single drive, in order to determine the feasibility that the structure of a single drive instead of the double drive.