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Aerodynamic characteristics and flap loads of the brake-flap installation on the 0.40-scale model of the F4F-3 left wing panel

机译：F4F-3左翼板0.40比例模型上制动襟翼安装的气动特性和襟翼载荷

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作者
Liddell, Robert B;
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年度 1942
页码 1-52
总页数 52
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
WIND TUNNEL TESTS (NACA-7'X10'); AIRFOILS - NACA 230 - CHAR , MOMENTS & ORDINATES; WING FLAPS - DEFLECTION; WING FLAPS, SLOTTED & SPLIT; WING FLAPS, SPLIT - PERFORATED; LOADS - WING FLAPS; WING FLAPS, DIVE-CONTROL; WING PANELS - GRUMMAN F4F-3;

机译：风洞隧道测试（NaCa-7'X10'）; aIRFOILs - NaCa 230 - CHaR，mOmENTs＆amp;坐标;翼片 - 挠曲; WING FLaps，sLOTTED＆amp;分裂;翼片，分裂 - 穿孔;负荷 - 翼片;翼展，潜水控制;翼板 - GRUmmaN F4F-3;

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专利

1. THE ADVANTAGES OF AN UNSTEADY PANEL METHOD IN MODELLING THE AERODYNAMIC FORCES ON RIGID FLAPPING WINGS [J] . Smith MJC., Williams MH., Wilkin PJ. The Journal of Experimental Biology . 1996,第5期

机译：非稳态面板方法在刚性襟翼气动力建模中的优势
2. Improving Prediction of Flapping-Wing Motion By Incorporating Actuator Constraints With Models of Aerodynamic Loads Using In-Flight Data [J] . Gerdes John W., Bruck Hugh A., Gupta Satyandra K. Journal of Mechanisms and Robotics: Transactions of the ASME . 2017,第2期

机译：通过使用飞行数据将致动器约束加入致动器限制来改善拍打翼运动的预测
3. Outperforming hummingbirds?￠???? load-lifting capability with a lightweight hummingbird-like flapping-wing mechanism Outperforming hummingbirds?￠???? load-lifting capability with a lightweight hummingbird-like flapping-wing mechanism Outperforming hummingbirds?￠???? load-lifting capability with a lightweight hummingbird-like flapping-wing mechanism [J] . Dominiek Reynaerts, Frederik Leys, Dirk Vandepitte Biology Open . 2016,第8期

机译：优于蜂鸟？像蜂鸟一样轻巧的拍打翼机构的起重能力优于蜂鸟？像蜂鸟一样轻巧的拍打翼机构的起重能力优于蜂鸟？具有轻型蜂鸟拍打翼机构的起重能力
4. Study on Wing Geometry for the Influence of Flapping Wing Aerodynamic Characteristics [C] . Cui Wang, Qiang Jing, Jiangbo Sun, International Conference on Intelligent Computing, Automation and Systems . 2019

机译：机翼几何形状对扑翼性能的影响
5. Simulating flapping insect wings using an aerodynamic panel method: Towards the development of flapping-wing technology. [D] . Smith, Michael John Clarke. 1995

机译：使用空气动力学面板方法模拟拍打昆虫的翅膀：扑翼技术的发展。
6. Aerodynamic Characteristics of the Ventilated Design for Flapping Wing Micro Air Vehicle [O] . G. Q. Zhang, S. C. M. Yu -1

机译：拍打翼微型飞机通风设计的空气动力学特性
7. The advantages of an unsteady panel method in modelling the aerodynamic forces on rigid flapping wings [O] . M Smith, P Wilkin, M Williams 1996

机译：不稳定的面板方法在刚性拍打翼上建模空气动力的优点

Aerodynamic characteristics and flap loads of the brake-flap installation on the 0.40-scale model of the F4F-3 left wing panel

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