Abstract:The machining of aircraft structural parts is a kind of typical discrete manufacturing, which is characterized with mixture of research and production, small batch and large flexibility. Thus, it is quite difficult to realize automation for the manufacturing process of aircraft structural parts. This paper proposes a comprehensive solution to automation of aircraft structural parts manufacturing that includes logistics, storage, loading and unloading. In this solution, the layout of the equipment is discussed and the quantity of the logistics equipment (AGV, RGV) is analyzed. Besides, a simulation example is shown to analyze the average vacancy rate of a machine when the RGV quantity and delivery time in a manufacturing system is considered, which provides important directions for the construction of the aircraft structural parts oriented flexible production system.
李杰,夏远猛,宋智勇,帅朝林,刘大炜. 飞机结构件柔性生产系统设备布局分析与优化[J]. 航空制造技术, 2020, 63(6): 51-56.
LI Jie, XIA Yuanmeng, SONG Zhiyong, SHUAI Chaolin, LIU Dawei. Equipment Layout Analysis and Optimization for the Flexible Production System of Aircraft Structural Parts. Aeronautical Manufacturing Technology, 2020, 63(6): 51-56.