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'Smart Wings' as an Enabler of Future Highly Efficient Subsonic Aircraft and Technical Workforce Development

机译：“智能翅膀”作为未来高效亚源飞机和技术劳动力发展的推动者

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《AIAA Aerospace Sciences Meeting and Exhibit》|2007年||共23页
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1. Developments in optimized load calculation and extreme load detection: summary of EADS-CASA's main static loads activities in CleanSky Smart Fixed Wing Aircraft, work package on Advanced Loads Control Techniques [J] . Ignacio Ruiz Juretschke, Alberto Garcia Bosque, Javier Hilario Montes, CEAS Aeronautical Journal . 2019,第4期

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2. AEROELASTIC WINGS COULD MAKE FUTURE AIRCRAFT MORE EFFICIENT [J] . Assembly . 2020,第3期

机译：空气弹性翅膀可以更高效地制造未来的飞机
3. Limit-Cycle Oscillation of the Subsonic Ultra-Green Aircraft Research Truss-Braced Wing Aeroelastic Model [J] . Bartels Robert E., Funk Christie J., Scott Robert C. Journal of Aircraft . 2017,第5期

机译：亚音速超绿色飞机的极限环振荡研究桁架支撑的机翼气动弹性模型
4. "Smart Wings" as an Enabler of Future Highly Efficient Subsonic Aircraft and Technical Workforce Development [C] . J. McMasters, D. Muncy AIAA Aerospace Sciences Meeting and Exhibit . 2007

机译：“智能翼”是未来高效亚音速飞机和技术人员发展的推动力
5. Asymptotic, spectral, and numerical analysis of an aircraft wing model in subsonic airflow. [D] . Martin, Cynthia Annette. 2003

机译：亚音速气流中飞机机翼模型的渐近，频谱和数值分析。
6. On fluttering modes for aircraft wing model in subsonic air flow [O] . Marianna A. Shubov -1

机译：亚音速气流中机翼模型的颤振模式
7. Development of an approach and tool to improve the conceptual design process of the wing box structure of low-subsonic transport aircraft [O] . Syamsudin Hendri 2009

机译：开发一种改进低亚音速运输机机翼盒结构概念设计过程的方法和工具
8. Boundary Layer Ingesting Inlet / Distortion-Tolerant Fan (BLI2DTF) Propulsion for Highly Efficient Subsonic Cruise Aircraft. [R] . Arend, D., Hirt, S., Sirbaugh, J., 2016

机译：边界层摄取入口/抗扭曲风扇（BLI2DTF）推进高效亚音速巡航飞机。

'Smart Wings' as an Enabler of Future Highly Efficient Subsonic Aircraft and Technical Workforce Development

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