兵工自动化
兵工自動化
병공자동화
ORDNANCE INDUSTRY AUTOMATION
2013年
10期
88-90
,共3页
阳再清%欧阳中辉%吕晓林
暘再清%歐暘中輝%呂曉林
양재청%구양중휘%려효림
无人机%涡喷发动机%空中停车%故障分析
無人機%渦噴髮動機%空中停車%故障分析
무인궤%와분발동궤%공중정차%고장분석
UAV%turbo-jet engine%power off during flight%failure analysis
为解决某型无人机涡喷发动机在试飞中出现的空中停车问题,应用故障树分析方法进行故障分析。通过对涡喷发动机空中停车故障的分析,给出故障分析与定位的过程,提出相应改进措施,并进行验证。验证结果表明:故障树分析方法对故障归零分析、发动机典型故障处理等有较好的借鉴作用,可为发动机研究和应用者提供参考。
為解決某型無人機渦噴髮動機在試飛中齣現的空中停車問題,應用故障樹分析方法進行故障分析。通過對渦噴髮動機空中停車故障的分析,給齣故障分析與定位的過程,提齣相應改進措施,併進行驗證。驗證結果錶明:故障樹分析方法對故障歸零分析、髮動機典型故障處理等有較好的藉鑒作用,可為髮動機研究和應用者提供參攷。
위해결모형무인궤와분발동궤재시비중출현적공중정차문제,응용고장수분석방법진행고장분석。통과대와분발동궤공중정차고장적분석,급출고장분석여정위적과정,제출상응개진조시,병진행험증。험증결과표명:고장수분석방법대고장귀령분석、발동궤전형고장처리등유교호적차감작용,가위발동궤연구화응용자제공삼고。
In order to solve the breakdown problem of a certain type of UAV during testing flight, the method of failure tree analysis is used to analyze the fault. Based on the analysis of the breakdown of a turbo-jet engine during testing flight, the analysis and location process of the breakdown problem is provided, corresponding improving measures have been raised and verified. The result shows that it is a good reference to the analysis of failure to zero and the disposal of typical failure of the engine and for the engine designers and users.