滨州学院学报
濱州學院學報
빈주학원학보
JOURNAL OF BINZHOU UNIVERSITY
2015年
4期
12-14,21
,共4页
邢琳琳%高培新%孙彬
邢琳琳%高培新%孫彬
형림림%고배신%손빈
氧气系统%故障树%蒙特卡洛原理%仿真%可靠性%最小割集
氧氣繫統%故障樹%矇特卡洛原理%倣真%可靠性%最小割集
양기계통%고장수%몽특잡락원리%방진%가고성%최소할집
oxygen systems%fault tree analysis%Monte Carlo principle%simulation%reliability%minimal cuts set
飞机氧气系统是飞机的重要组成部分,其可靠性的高低对飞行安全至关重要,使用故障树方法对其进行了定性分析,在此基础上用蒙特卡洛仿真方法进行了仿真计算,得出氧气系统的可靠度。结果表明,把蒙特卡洛用于飞机氧气系统的故障树分析是切实有效的。
飛機氧氣繫統是飛機的重要組成部分,其可靠性的高低對飛行安全至關重要,使用故障樹方法對其進行瞭定性分析,在此基礎上用矇特卡洛倣真方法進行瞭倣真計算,得齣氧氣繫統的可靠度。結果錶明,把矇特卡洛用于飛機氧氣繫統的故障樹分析是切實有效的。
비궤양기계통시비궤적중요조성부분,기가고성적고저대비행안전지관중요,사용고장수방법대기진행료정성분석,재차기출상용몽특잡락방진방법진행료방진계산,득출양기계통적가고도。결과표명,파몽특잡락용우비궤양기계통적고장수분석시절실유효적。
Aircraft oxygen system is an important part of the aircraft and its reliability level is critical to flight safety.This research carries on the qualitative analysis by using the fault tree analysis method and conducts the simulation computation based on the Monte Carlo simulation method to obtain the oxy-gen system reliability.The results show that the Monte Carlo for fault tree analysis of aircraft oxygen system is practical and effective.