科技和产业
科技和產業
과기화산업
SCIENCE TECHNOLOGY AND INDUSTRIAL
2014年
5期
124~127
,共null页
事故 事件 大型客机 飞行员操作程序 基元事件分析法
事故 事件 大型客機 飛行員操作程序 基元事件分析法
사고 사건 대형객궤 비행원조작정서 기원사건분석법
accident/incident; airliner ;pilot operation procedures; Basic Element Analysis
收集近20年国内外大型客机事故/事件信息,设计筛选流程,确定与飞行员操作程序相关的事故/事件,在此基础上,采用基元事件分析法对这些事故/事件进行分解,并对国内外事故致因进行对比分析,试图发现其中可能蕴藏的深层次原因,为设计大型客机飞行员操作程序和提升民航安全运行水平提供支持.
收集近20年國內外大型客機事故/事件信息,設計篩選流程,確定與飛行員操作程序相關的事故/事件,在此基礎上,採用基元事件分析法對這些事故/事件進行分解,併對國內外事故緻因進行對比分析,試圖髮現其中可能蘊藏的深層次原因,為設計大型客機飛行員操作程序和提升民航安全運行水平提供支持.
수집근20년국내외대형객궤사고/사건신식,설계사선류정,학정여비행원조작정서상관적사고/사건,재차기출상,채용기원사건분석법대저사사고/사건진행분해,병대국내외사고치인진행대비분석,시도발현기중가능온장적심층차원인,위설계대형객궤비행원조작정서화제승민항안전운행수평제공지지.
Accidents/Incidents have been collected from the past 20 years of global civil aircraft. Through filter those data, then found out the A320/319/321 and B737NG cases related to Pilot Operation Procedure . Basic Element Analysis was used to research them. Comparing accident causation of domestic and foreign airliner by statistical analysis. Finally, the deep-level problems were found, and got the disciplines hidden in the back of these accidents/incidents. These disciplines are valuable to improve the Pilot Operation Procedure safety as perfect as possible, reduce the flight accidents probability caused by pilot, and further improve the safety level of civil aviation in China.
