1) flexible flapping-wing
柔性扑翼
1.
Aerodynamic experimental investigation for mechanism of lift and thrust of flexible flapping-wing MAV;
柔性扑翼微型飞行器升力和推力机理的风洞试验和飞行试验
2.
The paper also computes the flapping power and flapping efficiency of the flexible flapping-wing, and their changes with flapping angel, velocity, and so on.
在原有匀速刚性模型的基础上,提出考虑了扑翼扑动速率变化和形状变化的柔性扑翼模型,使之更接近鸟翼真实扑动情况。
3.
As solution of unsteady flows due to flexible flapping-wings is not possible by mesh deformation and overset grids alone unless grid regeneration is employed,an effective strategy which combines mesh deformation based on Delaunay graph mapping and unstructured overset grids is proposed in this article.
提出一种将Delaunay图映射网格变形技术和非结构嵌套网格方法结合使用的策略,解决网格变形和嵌套网格单独用于柔性扑翼流场计算时需要网格再生的问题。
2) flexible wing
柔性翼
1.
From the flight test and relative aerodynamic analysis and test for the flexible wing miniature unmanned vehicle,the method on dealing with the aerodynamic feature,flight feature and operational stability has been researched.
通过对柔性翼小型无人飞行器试验样机的研制试飞和相关气动分析与试验,研究了解决柔性翼小型无人飞行器的气动性能、飞行性能和操纵稳定性的思路和方法。
2.
To our best knowledge, we are the first in China to explore design, construction and operation of such a MAV with a flexible wing.
柔性翼微型飞行器是目前微型飞行器的重要发展方向 ,但是在总体、气动分析与实验等方面面临较大困难。
3.
The design of a flexible wing can enhance the capability of gust resistances for a micro air vehicle (MAV).
柔性翼有望提高微型飞行器(MAV)的抗风能力。
3) flexible airfoil
柔性翼型
6) flexible-rigid hybrid wing
柔性-刚性混合翼
1.
Investigations on aerodynamic characteristics of the flexible-rigid hybrid wing micro air vehicle;
柔性-刚性混合翼微型飞行器气动特性研究
补充资料：扑翼样震颤
扑翼样震颤
肝性昏迷病人出现的一种特有表现。检查时，嘱病人两臂平举、手指分开，腕、掌指关节，甚至肘关节、肩关节可出现不规则、急速而微小的鸟翼样的屈伸运动，每1～2秒一次，多数呈双侧性，但可不对称。扑翼样震颤的出现对诊断肝昏迷及其临床分期有一定参考价值。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条