Research on the Construction of Aerospace Equipment Maintenance Support Chain Models  

作　　者：Hongbin Song Xuegang Wang Lihua Fang Qiuchen Gu Wei Cheng Hongbin Song;Xuegang Wang;Lihua Fang;Qiuchen Gu;Wei Cheng(Department of Aerospace Security, Space Engineering University, Beijing, China;College of Transportation Engineering, Dalian Maritime University, Dalian, China;The 31041 Unit of the Chinese People’s Liberation Army, Beijing, China)

机构地区：[1]Department of Aerospace Security, Space Engineering University, Beijing, China [2]College of Transportation Engineering, Dalian Maritime University, Dalian, China [3]The 31041 Unit of the Chinese People’s Liberation Army, Beijing, China

出　　处：《World Journal of Engineering and Technology》2023年第4期698-715,共18页世界工程和技术（英文）

摘　　要：The current space launch missions are intense, and the utilization of equipment is frequent, demanding increasingly higher responsiveness and capability in maintenance and support. The aerospace equipment maintenance and support chain relies on aerospace equipment maintenance and support facilities, deploying various maintenance and support resources rationally according to specific requirements and principles, ultimately forming a unidirectional functional chain or network from the supply side to the demand side. This system helps address the “bottleneck” issue in the generation of aerospace equipment support capability and significantly improves the level of aerospace equipment maintenance and support. The model construction is a prerequisite for analyzing the formation and operation mechanism of the chain, and identifying factors affecting the efficiency and effectiveness of maintenance and support. With consideration of the particularity of aerospace equipment maintenance and support, the paper extensively investigates the construction of the aerospace equipment maintenance and support chain model by drawing on research achievements in modern supply chain and logistics theories, as well as model construction methods. It develops a structural diagram-based chain model, with symbols as key elements, and establishes an evaluation indicator system, providing insights into understanding and grasping the composition of the aerospace equipment maintenance and support chain effectively. Furthermore, it offers a reference for solving other equipment support chains’ construction and optimization problems.The current space launch missions are intense, and the utilization of equipment is frequent, demanding increasingly higher responsiveness and capability in maintenance and support. The aerospace equipment maintenance and support chain relies on aerospace equipment maintenance and support facilities, deploying various maintenance and support resources rationally according to specific requirements and principles, ultimately forming a unidirectional functional chain or network from the supply side to the demand side. This system helps address the “bottleneck” issue in the generation of aerospace equipment support capability and significantly improves the level of aerospace equipment maintenance and support. The model construction is a prerequisite for analyzing the formation and operation mechanism of the chain, and identifying factors affecting the efficiency and effectiveness of maintenance and support. With consideration of the particularity of aerospace equipment maintenance and support, the paper extensively investigates the construction of the aerospace equipment maintenance and support chain model by drawing on research achievements in modern supply chain and logistics theories, as well as model construction methods. It develops a structural diagram-based chain model, with symbols as key elements, and establishes an evaluation indicator system, providing insights into understanding and grasping the composition of the aerospace equipment maintenance and support chain effectively. Furthermore, it offers a reference for solving other equipment support chains’ construction and optimization problems.

关 键 词：Space Equipment Safeguard Chain Evaluation System MMS 

分 类 号：F42[经济管理—产业经济]