Development of a fault isolation procedure [space station reliability]

L.L. Means
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Abstract

A fault isolation procedure (FIP) was developed using a flow process in order to isolate a leak in the thermal control system (TCS) of the International Space Station Alpha. The FIP developed isolates the leak in less than three hours, while allowing for a rapid restoration of life and station critical functions. The FIP was also used to generate fault isolation times for repairable/replaceable units of the TCS. Documentation of an FIP in a process flow allows for less confusion in following instructions, making easier decisions and generating detailed fault isolation times. The flow process illustrated can be applied to any program in which a FIP is needed.
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故障隔离程序的发展[空间站可靠性]
为了隔离阿尔法国际空间站热控制系统(TCS)的泄漏,提出了一种采用流动过程的故障隔离程序(FIP)。开发的FIP在不到3小时的时间内隔离泄漏,同时允许快速恢复生命和车站的关键功能。FIP还用于生成TCS可修复/可更换单元的故障隔离时间。流程流中FIP的文档可以减少遵循指令时的混乱,更容易做出决策并生成详细的故障隔离时间。所示的流程可以应用于任何需要FIP的程序。
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Development of a fault isolation procedure [space station reliability] The reliability of error correcting code implementations [IC reliability assessment] Commercial-off-the shelf (COTS): a challenge to military equipment reliability A combined analysis approach to assessing requirements for safety critical real-time control systems Fault tree analysis and binary decision diagrams
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