PARACHUTE RECOVERY FOR UAV SYSTEMS

机译：无人机系统的降伞恢复

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Parachute recovery systems are described from a systems perspective. Parachute recovery is particularly suited to tactical fixed wing UAV systems that require a high degree of mobility by allowing air vehicle recovery onto unprepared terrain. The descent environment is described, and the impact of wind on recovery is considered. The merits of cruciform, round and parafoil canopies are weighed, taking real-world systems as design examples. Throughout, design considerations are approached from a systems perspective, with a view to producing safe, autonomous and accurate recovery systems.

机译：从系统角度描述降落伞恢复系统。降落伞的恢复特别适合战术固定翼无人机系统，因为它允许航空器恢复到未准备好的地形上，因此需要高度的机动性。描述了下降的环境，并考虑了风对恢复的影响。权衡了十字形，圆形和翼型顶篷的优点，以实际系统为设计示例。贯穿整个过程，从系统的角度来考虑设计方面的考虑，以期产生安全，自治和准确的恢复系统。

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来源
《UAVs Fifteenth international conference》|2000年|p.1-9|共9页
会议地点 Bristol(GB)
作者
Tim Wyllie;
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作者单位

Systems Integration Department DERA Farnborough;

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会议组织
原文格式 PDF
正文语种 eng
中图分类无人驾驶飞机;
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1. Parachute recovery for UAV systems [J] . Tim Wyllie Aircraft engineering . 2001,第6期

机译：无人机系统的降落伞恢复
2. The Concept of a Pneumatic Parachute Rescue System for Vertical Take-Off and Landing UAVs [J] . Pawe?? Szczepaniak, Micha?? J?3?oko, Jakub W??odarczyk Journal of KONBiN . 2019,第2期

机译：用于垂直起飞和着陆无人机的气动降落伞救援系统的概念
3. Pneumatic propellant system model of an emergency parachute system for a vertical take-off and landing UAV [J] . Grzegorz Jastrz?bski, Pawe? Szczepaniak, Miros?aw Nowakowski, Journal of KONBiN . 2018,第1期

机译：垂直起飞和着陆无人机的紧急降落伞系统的气动推进剂系统模型
4. Tailoring a Parachute Recovery System for Commercial Space; the Commercial Crew Development Ⅱ Parachute Recovery System for the CST-100 Space Capsule [C] . Mathew D. Janda, Robert J. Sinclair, Debbie J. Gardinier AIAA aerodynamic decelerator systems technology conference;AIAA lighter-than-air systems technology conference;AIAA balloon systems technology conference . 2013

机译：为商业空间量身定制降落伞回收系统; CST-100太空舱商用乘务员开发Ⅱ降落伞回收系统
5. Investigation of sensing textiles for intelligent parachute systems [D] . Damplo, Mark 2012

机译：用于智能降落伞系统的感应纺织品的研究
6. Optimal UAVs Deployment and Transmit Power Design for Two Users Uplink NOMA Systems [O] . Fayong Zhao 2020

机译：最佳无人机的部署和发射功率设计两个用户上行链路NOMA系统
7. Establishment and Simulation of Twelve-Degree-of-Freedom Model for UAV Parachute Recovery System [O] . Han Wu, Zhengping Wang, Zhou Zhou, 2020

机译：UAV降落伞回收系统十二度自由度模型的建立与仿真

PARACHUTE RECOVERY FOR UAV SYSTEMS

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