首页> 外文会议>Reliability and Maintainability Computer-Aided Engineering in Concurrent Engineering, 1990 and 1991., Combined Proceedings of the 1990 and 1991 Leesburg Workshops on >A self-consistent method for the management of FMECA. Application to space telecommunication and observation systems
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A self-consistent method for the management of FMECA. Application to space telecommunication and observation systems

机译:一种管理FMECA的自洽方法。在空间电信和观测系统中的应用

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ALCATEL ESPACE is the European leader in the design and integration of satellite flight payloads and in the manufacturing of space electronics and antennae. These equipments represent a high level of complexity, cannot be repaired, and must satisfy requirements for long life (over ten years). For each project, the FMECA is an analysis performed for each equipment, subsystem, and system of the satellite. The FMECAs are updated by keeping an ascending coherence until the configuration of every level is finalized. Faced with the ever-increasing complexity of on-board satellite electronic systems, it has become necessary to use software in the production of FMECA. The paper considers how ALCATEL ESPACE decided to develop its own software tool to perform analyses at both equipment and subsystem levels.
机译:ALCATEL ESPACE是卫星飞行有效载荷的设计和集成以及空间电子和天线制造领域的欧洲领先企业。这些设备具有很高的复杂性,无法维修,并且必须满足长寿命(超过十年)的要求。对于每个项目,FMECA是对卫星的每个设备,子系统和系统执行的分析。通过保持一个连续的一致性来更新FMECA,直到完成每个级别的配置为止。面对车载卫星电子系统日益复杂的问题,在FMECA生产中必须使用软件。本文考虑了ALCATEL ESPACE如何决定开发自己的软件工具以在设备和子系统级别进行分析。

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