MBSE在载人航天在轨物资补给任务中的应用

doi:10.12305/j.issn.1001-506X.2025.05.17

Abstract

Abstract:

To further enhance the design efficiency of in-orbit material supply mission for manned spacecraft and better cope with mission changes and adjustments, through the model based systems engineering (MBSE) approach, the correlations among multiple-dimensional elements such as top-level mission, material supply requirements, transportation capabilities of spacecraft types, and transportation costs are established. Research on the design methods of in-orbit material supply mission is carried out, and the transportation cost index is introduced for multi-objective trade-offs, enabling the rapid acquisition of in-orbit material supply mission arrangements that both meet mission requirements and are economically viable. Through the application of MBSE approach for overall analysis and design, it verifies that the model-based approach is easy to conduct correlation and influence domain analysis, effectively enhancing design efficiency. The approach provides a reference for transportation mission arrangement in fields such as deep space exploration and aviation, and lays a foundation for the subsequent exploration of digital design for overall manned spaceflight missions.

Key words: model-based systems engineering (MBSE), manned space, requirement analysis

CLC Number:

Xinfang CUI, Xiangwen CHEN. Application of MBSE in manned space in-orbit material supply mission[J]. Systems Engineering and Electronics, 2025, 47(5): 1551-1560.

Figures/Tables 13

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References 32

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备选方案	货运龙飞船数量/艘	天鹅座飞船数量/艘	追梦者系统数量/艘	货物上行总能力/kg	货物上行余量/kg	货物下行总能力/kg	货物下行余量/kg	总成本/万美元	补给效率
备选方案1	4	4	6	55 044	2 619	20 528	-442	435 880	0.173
备选方案2	6	5	4	53 812	1 387	22 042	1 072	402 560	0.188
备选方案3	6	6	3	52 566	141	20 292	-678	383 820	0.189
备选方案4	7	5	3	51 319	-1 106	22 799	1 829	372 770	0.198
备选方案5	5	6	5	60 059	7 634	21 285	315	458 610	0.177
备选方案6	7	7	2	53 827	1 402	21 049	79	380 290	0.197

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Application of MBSE in manned space in-orbit material supply mission

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