船员
航空学
航空安全
航空
哼
航空医学
职业安全与健康
毒物控制
伤害预防
工作量
空勤人员
航空事故
工程类
法律工程学
医学
医疗急救
计算机科学
历史
操作系统
病理
航空航天工程
表演艺术
艺术史
作者
Alex R Gaines,Megan B. Morris,Glenn Gunzelmann
出处
期刊:Aerospace medicine and human performance
[Aerospace Medical Association]
日期:2020-05-01
卷期号:91 (5): 440-447
被引量:11
标识
DOI:10.3357/amhp.5515.2020
摘要
INTRODUCTION: Fatigue is a critical safety issue to U.S. Air Force (USAF) flight and ground crew. Nearly 15 yr of mishap reports were analyzed to determine how fatigue affects USAF operations with the goal of improving fatigue risk management policies and tools. METHODS: Summary data for 19,920 aviation mishap reports dating back to 2003 were collected from the Air Force Safety Automated System (AFSAS). Fatigue-related mishaps were identified based on designations provided within AFSAS. Other metrics examined were characteristics such as timing, cost, and aircraft metrics, among others. Contingency tables built from these metrics were used to assess fatigue-related trends across the aviation community. RESULTS: While only 3.88% of all mishaps were identified as fatigue-related, they are associated with 2.1 billion of medical expenses and property damage, or 18% of the 11.7 billion total cost of all mishaps included in the study. Nearly a quarter of the fatigue-related mishaps fall into the most severe mishap category and more than half occurred between 0100 and 0700, local time. Fatigue-related mishaps tended to be more common for Remotely Piloted Aircraft (RPA) and ground operations. DISCUSSION: Fatigue is very costly to the USAF despite the relatively low incidence rate of fatigue-related mishaps. This is because larger proportions of severe mishaps were found to be fatigue-related. RPA and ground maintenance operators might be especially susceptible to fatigue and potentially lack adequate fatigue mitigation support and training tailored to their unique operational environment, suggesting a need to improve upon fatigue mitigation tools and strategies. Gaines AR, Morris MB, Gunzelmann G. Fatigue-related aviation mishaps . Aerosp Med Hum Perform. 2020; 91(5):440447.
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