Because of the high ratio of human error induced to total Naval aviation accidents the U.S. Naval Safety Center, Norfolk, Virginia, in 1965 funded the first of four contracts to study 'human error' under the heading Human Error Research and Analysis Program (HERAP). Data analysts have developed a data bank for records of 17,000 Navy pilots (personal data, training records and individual flight time) and accident data. Statistical techniques were applied to the data in an attempt to find predictive measures for human error accidents. Some success was achieved. Two studies were conducted to provide additional insight into the recognition, measurement, prediction and alleviation of fatigue when defined as 'The degradation in performance or affective state, resulting from previous work.' In the first study two-man crews were monitored continuously for two weeks during high and low work periods in an ASW S-2 simulator. Some indicators were found but longer work periods were needed to insure fatigue. In the second study two-man crews were run through 24 hour cycles of high and low work loads of up to 18 hours duration. Performance decrement was obtained and one measure was sensitive to fatigue. (Author)
Human Error Research and Analysis Program, Summary and Final Report. Data Handling and Fatigue Studies
1970
151 pages
Report
Keine Angabe
Englisch
Physiology , Human Factors Engineering , Aeronautics , Fatigue(Physiology) , Pilots , Aviation accidents , Performance(Human) , Naval aircraft , Factor analysis , Naval training , Statistical data , Correlation techniques , Stress(Psychology) , Regression analysis , Psychophysiology , Optical tracking , Perception(Psychology) , Flight crews , Naval aviation , Attack bombers , Antisubmarine aircraft , Flight simulators , Simulation , Aviation safety , Tables(Data) , Errors , Naval personnel , A-4 aircraft , Graphs(Charts) , Herap(Human error research and analysis program) , Human error research and analysis program , S-2 aircraft , Task loading