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Investigation of Aircrew Protection During Emergency Escape at Dynamic Pressures up to 1600 Q

机译：在高达1600 Q的动态压力下紧急逃生时的机组保护研究

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A perspective is developed on requirements for applied biomechanical research necessary to support development of new advanced escape capability for negative static stability margin aircraft. Processes which govern potentially injurious energy transfers to and from the ejectee are enumerated. Four escape design approaches are evaluated in terms of energy transfers, protection strategies, and research requirements, including: (1) advanced open upright seat, (2) reclined open, (3) partially encapulated, and (4) encapsulated. (Author)

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作者
Cummings, R. J.;
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年度 1982
页码 p.1-72
总页数 72
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Ejection seats; Escape systems; Biomechanics; Damage; Prevention; Experimental design; Requirements; Restraint; Harnesses;

机译：弹射座椅;逃生系统;生物力学;损坏;预防;实验设计;要求;约束;线束;

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专利

1. Propulsion's Contribution to the Success of Aircrew Emergency Escape Systems [J] . Robert Sadler Safe Journal . 2005,第1期

机译：推进对空勤人员紧急逃生系统成功的贡献
2. Phase relations and mineral chemistry in pyrolitic mantle at 1600–2200?°C under pressures up to the uppermost lower mantle: Phase transitions around the 660-km discontinuity and dynamics of upwelling hot plumes [J] . Takayuki Ishii, Hiroshi Kojitani, Masaki Akaogi Physics of the Earth and Planetary Interiors: A Journal Devoted to Obsevational and Experimerntal Studies of the Chemistry and Physics of Planetary Interiors and Their Theoretical Interpretation . 2018,第期

机译：在吡咯位壳体中的相互关系和矿物化学在1600-2200？°C的压力下降到最高的地幔：围绕660公里的不连续性和升高热羽毛动力学的相变
3. Investigation of aircrew noise exposure levels and hearing protection solutions in helicopter cabin [J] . Chen Yong, Ghinet Sebastian, Price Andrew, Journal of intelligent material systems and structures . 2017,第8期

机译：调查机组人员的机舱噪声暴露水平和听力保护解决方案
4. Propulsion's Contribution to the Success of Aircrew Emergency Escape Systems [C] . R. Sadler, D. McCauley AIAA/ASME/SAE/ASEE Joint Propulsion Conference and Exhibit . 2003

机译：推进对空勤人员紧急逃生系统成功的贡献
5. Dynamics Control Approaches to Improve Vibratory Environment of the Helicopter Aircrew. [D] . Wickramasinghe, Viresh Kanchana. 2012

机译：动力学控制方法，以改善直升机机组人员的振动环境。
6. Expanding protection motivation theory: investigating an application to animal owners and emergency responders in bushfire emergencies [O] . Rachel Westcott, Kevin Ronan, Hilary Bambrick, 2017

机译：扩展保护动机理论：研究在森林大火紧急情况下对动物主人和应急人员的应用
7. Thermodynamic formalism, topological pressure, and escape rates for critically non-recurrent conformal dynamics [O] . Mariusz Urbański 2003

机译：热力学形式主义，拓扑压力和逃生率，用于批判性不复发的保形动力学
8. Investigation of Aircrew Protection During Emergency Escape at Dynamic Pressures up to 1600 Q. [R] . Cummings, R. J. 1982

机译：在高达1600 Q的动态压力下紧急逃生时的机组保护研究

Investigation of Aircrew Protection During Emergency Escape at Dynamic Pressures up to 1600 Q

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