分析波音登安飞机前轮转向系统故障模式及影响分析

IF 0.1 0 MUSIC
Dwi Anggawaty, S. Mulyani, F. Rahmawati
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引用次数: 0

摘要

飞机在着陆、起飞和降落时采用前轮转向系统。本文对B737 - 800机头轮转向系统的问题进行了探讨,以期最大限度地减少机头轮转向系统的问题。本课题的研究阶段是对前轮转向的工作系统进行研究。然后运用FMEA分析方法寻找问题产生的原因。该研究基于狮航B737 - 800飞机从2020年1月到2021年6月的AFML(飞机飞行和手动日志)数据。结果表明,采用FMEA方法对问题前轮转向系统进行失效模式分析过程中,数据中RPN(风险优先数)的最高值为175,其中机壳转向环和转矩环节需要润滑,机壳轮胎压力导致部件润滑不足和轮胎压力不同。那么在飞行前做检查是必要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISIS KEGAGALAN NOSE WHEEL STEERING SYSTEM PADA PESAWAT BOEING DENGAN MENGGUNAKAN METODE FAILURE MODE AND EFFECT ANALISYS
Aircfrat use nose wheel steering system when landing, take off and landing. In the research discuses the problem of nose wheel steering system B737 – 800 to minimize problems ini nose wheel steering system. The stage of this research are to study the work system of nose wheel steering. Then look for the cause of the problem using the FMEA analysis method. This research is based on data from AFML (aircraft Flight and Manual Log) of the B737 – 800 Aircraft from January 2020 to Junu 2021 at Lion Airline. The results showed that the problem of nose wheel steering system in the failure mode analysis process using FMEA method data in the highest RPN ( Risk priority Number) value is 175 with the case steering collar dan torQ link need lubrication and case Tire pressure that caused by the lack of lubrication on the component and different pressure in tire. Then it is necessary to do inspection before flight.
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