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The safety assessment process of carrier aircraft's control system

机译:舰载机控制系统安全评估过程

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Carrier aircraft's control system is the core system of carrier aircraft, the existing military standards such as MIL-STD-882E fail to provide specific or sufficient division of safety sessions for the development cycle of such systems and don't specify the kind of safety analysis using, which allows the carrier aircraft's control system safety analysis can't be fully carried out. Therefore, it's the urgent need to put forward a set of safety assessment process for the carrier aircraft's control system. Firstly, This article which submits a detailed work phases of the safety assessment process for carrier aircraft's control system, divides the process into preliminary hazard list and function hazard assessment, preliminary system safety assessment, subsystem system safety assessment, System safety verification corresponding to its four development stages; Secondly, there have many different safety analysis methods which decided by the characteristic of each working stage, such as Fault Tree Analysis and Failure modes and Effects Analysis to analysis component failure, Common Cause Analysis to analysis coupled dangerous, and analysis method for the interactive danger of carrier aircraft's control system is System Control Hazard Analysis; Finally it put forward a comprehensive safety assessment process of carrier aircraft's control system. Safety assessment process proposed this article can guarantee that the safety analysis work of carrier aircraft carries out smoothly.
机译:舰载机的控制系统是舰载机的核心系统,现有的军事标准(例如MIL-STD-882E)未能为此类系统的开发周期提供特定或足够的安全划分,并且未指定安全分析的种类使用,这使得舰载机的控制系统安全性分析无法得到充分的进行。因此,迫切需要为舰载飞机的控制系统提出一套安全评估程序。首先,本文提出了舰载机控制系统安全评估过程的详细工作阶段,将其分为初步危害清单和功能危害评估,初步系统安全评估,子系统系统安全评估,对应于其四个方面的系统安全验证。发展阶段;其次,根据每个工作阶段的特点,有很多不同的安全分析方法,例如故障树分析,故障模式和影响分析来分析部件故障,共同原因分析来分析耦合危险,交互式危险分析方法。舰载机的控制系统是系统控制危害分析;最后提出了舰载机控制系统安全综合评估流程。本文提出的安全评估过程可以保证舰载机的安全分析工作顺利进行。

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