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基于SysML的辅助动力控制系统需求分析

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辅助动力控制系统是提供飞机电源和气源的重要系统,也是集成了软件、硬件、电气、机械、液压等多专业和多部件的复杂系统。为提高系统设计质量和专业协同效率,引入MBSE系统工程理念并采用SysML构建民用飞机APU控制系统需求模型。应用结果表明,结构化、数字化的需求模型代替基于文档的需求沟通,使控制系统分析过程更加显性化、设计结果更加直观,有效提高APU控制系统专业协同效率。
Control System Requirement Analysis for APU Based on SysML
The auxiliary power control system is a important component that provides electrical and pneumatic power to aircraft.In order to improve the efficiency of collaboration,the SysML is used to build a requirements model for the APU control system.The application results show that using requirements model makes analysis process more transparent,the design results more intuitive and improves the efficiency of collaboration during design process.

MBSESysMLAPUcontrol systemrequirements analys

杨琴

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中国航发湖南动力机械研究所,湖南株洲 412002

MBSE SysML APU 控制系统 需求分析

2024

中国科技纵横
中国民营科技促进会

中国科技纵横

影响因子:0.102
ISSN:1671-2064
年,卷(期):2024.(6)