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PILOTS PERFORMANCE AND FLIGHT SAFETY: FLIGHT PHYSIOLOGY IN UNPRESSURIZED AIRCRAFT CABINS

机译:飞行员的性能和飞行安全:未加压飞机机舱内的飞行生理

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Light aviation pilots are exposed to many different environmental situations due to theunpressurized and unacclimatized aircraft cabin. A literature review on this theme suggeststhat a significant part of the incidents and fatalities;;within the aviation that usesunpressurized aircraft cabins;;are related to the human factor. This may be a concerningsituation due to the disparity of human body reaction between different pilots to the sameflight conditions.jmiguel@ubi.ptABSTRACTThis study general objective is to analyse the influence of flight environmentalconditions and pilots psychophysiological parameters on task performance;;during differentflight situations;;considering some of his everyday habits. To this end a portable andergonomic monitoring system was built. This system records the cerebral oximetry;;tostudy the hypoxia phenomenon;;and the atmospheric pressure;;in order to correlate theinfluence of altitude with the pilot’s physiological response;;during different flight stages.With the experimental work was observed that the physiological reaction to thepsychological factors;;as arousal;;stress and fatigue;;combined with the environmentalconditions can highly influence the pilot’s physiological response.With this research is also intended to suggest that a potential restriction on pilotslicensing legislation for light aviation;;regarding specific physiological parameters;;wouldbe a positive contribution to a safer flight environment.
机译:由于 未加压和未适应的机舱。关于该主题的文献综述表明 事故和死亡中的很大一部分; 无压力的机舱;与人为因素有关。这可能是一个令人担忧的问题 由于不同飞行员对同一飞行员的人体反应差异而导致的情况 飞行条件。 jmiguel@ubi.pt 抽象的 本研究的总体目的是分析飞行环境的影响。 条件和飞行员的心理生理参数对任务绩效的影响; 飞行情况;;考虑他的一些日常习惯。为此,便携式和 建立了符合人体工程学的监控系统。该系统记录脑血氧饱和度; 研究缺氧现象;和大气压力;;以关联 高度对飞行员的生理反应的影响;在不同的飞行阶段 随着实验工作的进行,人们观察到了生理反应。 心理因素;唤醒;压力和疲劳;与环境相结合 条件会严重影响飞行员的生理反应。 这项研究还旨在暗示对飞行员的潜在限制 轻型航空的许可立法;关于特定的生理参数;将 为更安全的飞行环境做出积极贡献。

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