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1. �������պ����ѧ ���տ�ѧ�빤��ѧԺ, ���� 100191;
2. �й����ʺ��չ�˾�����ܶ�, ���� 100621
New method to evaluate crew workload and application
Wang Lijing1, Xiang Wei1, He Xueli1, Li Runshan2*
1. School of Aeronautic Science and Engineering, Beijing University of Aeronautics and Astronautics, Beijing 100191, China;
2. Flying Corps of Air China, Beijing 100621, China

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ժҪ �������鹤���������ʺ���˵���Ҫָ��֮һ,FAA(Federal Aviation Administration)�ʺ���׼CFR-25.1523���й��ʺ���׼CCAR-25.1523�ж��Ի��鹤�����ɵ���������Ҫ��.�о����ʺ���׼������737�Ϳտ�320��������ֲἰ�����������,ͨ�������Ա��̸����������ϵ�������.Ӧ�õ¶��Ʒ�������ѯȷ��������ϵָ��,Ӧ�����ϵ����������ָ��Ȩ��ϵ������,���ս������鹤�������ۺ�������ϵ.������������������ϵ,Ӧ��ģ���ۺ����۷���B737��A320���鹤�����ɽ������ۺ�����,���۽������:�о���������������鹤������������ϵ����,����ʵ����.����õĻ��鹤������������ϵ�����۽����ΪC919��ͬ����͵Ļ��鹤����������ṩ�ο�.
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Abstract�� Crew workload assessment is an important index of airworthiness certification.Wokload assessment is required by both CFR-25.1523 of federal aviation administration(FAA) airworthiness certification and CCAR-25.1523 of Chinese airworthiness certification. The basic frame of evaluation index system was established by studying airworthiness certification, crew operation manual of Boeing 737 and Airbus 320, other correlated references and interviewing with pilots. The crew workload comprehensive evaluation index system was established by consultation with Delphi method, and index weight coefficients questionnaire with order relation analysis method. The crew workload of Boeing 737 and Airbus 320 was evaluated with fuzzy comprehensive evaluation method based on the built evaluation index. The result shows that this index is reasonable and practicable. The evaluation index system and evaluation results can provide design reference on crew workload for C919.
Keywords�� crew workload   evaluation index   weight coefficients   fuzzy comprehensive evaluation   airworthiness     
Received 2011-04-18;
Fund:����973�ƻ�������Ŀ(2010CB734103)
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���農, ��ά, ��ѩ��, ����ɽ.���鹤�����������·�������Ӧ��[J]  �������պ����ѧѧ��, 2012,V(7): 915-919,940
Wang Lijing, Xiang Wei, He Xueli, Li Runshan.New method to evaluate crew workload and application[J]  JOURNAL OF BEIJING UNIVERSITY OF AERONAUTICS AND A, 2012,V(7): 915-919,940
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