摘要
随着航天发射应用市场的发展,运载器舱段产品现行的串行单元式装配作业模式已难以适应极速变化的任务形势。基于该背景,本文结合当前的领域先进工艺,梳理了重点建设内容和关键技术,针对不同构型特点产品提出了基于产品成组化装配的稳定制造单元/生产线布局与基于柔性加工能力的暂态生产单元/生产线布局两种装配能力布局的构建方案,并通过实例验证了两种方案的可行性。为提升箭体结构舱段产品制造效能、应对任务模式变革提供了思路。
With the development of the space launch application market, the current serial unit assembly operation mode of launch vehicle segment products has been unable to adapt to the rapidly changing mission situation. Based on this background, this article combines the current advanced technology in the field to sort out the key construction contents and key technologies, and proposes a stable manufacturing unit/production line layout based on product group assembly and a transient state based on flexible processing capabilities for products with different configuration characteristics. Production unit/production line layout and two assembly capacity layout construction plans, and the feasibility of the two plans was verified through examples. It provides ideas for improving the manufacturing efficiency of rocket body structure cabin products and coping with changes in mission modes.
出处
《国际航空航天科学》
2024年第1期45-52,共8页
Journal of Aerospace Science and Technology
