A frame design of helicopter health monitoring and diagnosis system based on testability

X. Liqing, Zhang Cheng, H. Yan, Gong Yunan, Fu Haiyan
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引用次数: 2

Abstract

Theoperating and power components of the helicopter much, the faults ofthem would lead to hazardous flight accidents easily.On the other hand, with the improvement and complexity of the helicopter, theexpenses of the development, usage andmaintenanceincreased significantly. In order to ensure that the successful task and intactequipment of the helicopter, while reducing maintenance expenses, the health monitoring and fault diagnosis whichof the whole life cycle by helicopter, has become urgent and important.Based on the engineering process of the Testability technology, bythe analysis of the safety requirements and maintenance of the helicopter, this paperexpound the design and verification of the helicopterhealth monitoring and fault diagnosissystem. Corresponding to the each life cycle of the helicopter, the design and verification of this systemincludedthe determination of index, the design and analysis ofdiagnosis, the experiment and verification, the evaluation and improvement of usage.
基于可测试性的直升机健康监测与诊断系统框架设计
直升机的操作和动力部件非常多,它们的故障很容易导致危险的飞行事故。另一方面,随着直升机的不断改进和复杂化,其研制、使用和维护费用显著增加。为了保证直升机任务的顺利完成和设备的完好,同时降低维修费用,对直升机进行全生命周期的健康监测和故障诊断已变得十分紧迫和重要。本文以可测试性技术的工程流程为基础,通过对直升机安全需求和维护的分析,阐述了直升机健康监测与故障诊断系统的设计与验证。针对直升机的各个生命周期,系统的设计与验证包括指标的确定、诊断的设计与分析、试验与验证、使用评价与改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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