CAJ | 학술논문

空间飞行器管路系统具有形状复杂、接口关系多、制造精度要求高等特点。传统的空间飞行器制造中，管路研制必须在总装阶段舱体、设备、仪器到位的情况下开展管路取样和试装，占用总装周期，且受仪器设备到位情况制约。数字化柔性装配在管路系统制造中的应用，从根本上改变了管路系统的生产模式。
공간비행기관로계통구유형상복잡、접구관계다、제조정도요구고등특점。전통적공간비행기제조중，관로연제필수재총장계단창체、설비、의기도위적정황하개전관로취양화시장，점용총장주기，차수의기설비도위정황제약。수자화유성장배재관로계통제조중적응용，종근본상개변료관로계통적생산모식。
The pipeline system of spacecrafts is characterized by its complex shape, various interfaces, and high manufacturing precision requirement. In traditional spacecraft manufacturing, the development of pipeline systems must start under the circumstance that the cabin, the equipment and the instrument is all in position during the general assembly step to initiate the pipeline sampling and the trial assembly processes. This method occupies the genral assembly period and is also restricted by the condi-tion of the equipment and instrument. The application of the digitlized lfexible assembly in pipeline systems funda-mentally changes the production mode of pipeline systems.