基于模型的推进系统故障识别及建模方法

doi:10.12305/j.issn.1001-506X.2024.12.15

Abstract

Abstract:

To comprehensively identify the fault modes of complex systems, a method based on model-based systems engineering (MBSE) principles is proposed to synchronously identify potential faults from the three dimensions of functionality, performance, and structure in the forward design and modeling process of complex systems. Utilizing the extension mechanism of the system modeling language (SysML), the corresponding fault base models are developed for modeling fault modes and associated elements. Taking the propulsion system of the new generation manned spacecraft as an example, the process of fault identification and modeling is described in detail. The proposed method, rooted in the standardized, normalized, and multi-dimensional fault modeling process of MBSE, enables thorough identification and modeling of potential faults in complex systems, avoiding the problem of previous methods that heavily relied on individual expertise and judgment, which provides a foundation for reliability and safety analysis in model-based complex system domains.

Key words: model-based system engineering (MBSE), fault identification, fault modeling, reliability analysis, safety analysis, propulsion system

CLC Number:

V434.1

Yaqun QI, Ping JIN, Qibo PENG, Hailian ZHANG, Guobiao CAI. Model-based fault identification and modeling method for space propulsion system[J]. Systems Engineering and Electronics, 2024, 46(12): 4062-4073.

Figures/Tables 12

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基础模型层	扩展包		库
基础模型层	类	关系	类	关系
核心层	状态	违反、相关	任意状态	因果
通用层	失效模式、功能故障、结构失效、性能偏差	-	功能故障、结构失效、性能偏差、后果、原因	导致、偏差传递
方法层	FMEA条目、树、事件、门、转向符号	-	FMEA条目、故障树元素、故障树、事件、门	RPN、门约束

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Model-based fault identification and modeling method for space propulsion system

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