airfoil

1. As design studies progressed it was found that several airfoil shapes could be used to satisfy the new performance criteria.
   当进行设计的研究工作后，发现有几种翼型可以用来满足新的性能指标。
2. Direct methods are based on the design-by-analysis approach in which the airfoil shape is specified first.
   直接的方法是基于设计逐案分析的方法是机翼形状指定第一。
3. Integration Study on Airfoil Profile for Wind Turbines
   风力机叶片翼型型线集成设计理论研究
4. The vertical airfoil in the tail assembly of an aircraft.
   飞机尾部组成部分的垂直机翼。
5. The dynamical equation of a two-dimensional airfoil with polynomial hysteresis nonlinearity is built in an incompressible flow.
   建立了不可压流动中多项式迟滞非线性二元机翼的气动弹性运动方程，然后利用谐波平衡法进行了求解。
6. Research on manufacture method of testing model in design optimization of tidal stream turbine blades with different airfoil sections
   潮流能水轮机多种翼型系列叶片优化设计中的实验模型制作方法研究
7. The airfoil shape is then adjusted until the desired velocity distribution is obtained.
   然后是调整翼型的形状，直到取得预期的速度分布。
8. The acute angle between the direction of the undisturbed relative wind and the chord of an airfoil.
   相对稳定的风的方向与机翼弦之间的锐角。
9. Effect of Aerofoil Camber on Airfoil Aerodynamic Performance
   风力机的翼型弯度对风力机翼型气动性能的影响
10. In the design page, submit the form to design the first airfoil.
    在设计页，递交表格设计第一翼型。
11. Non-linear Dynamics and Control of Flutter of Airfoil
    机翼颤振的非线性动力学和控制研究
12. In the method, such an airfoil is termed a four-segment airfoil.
    在方法，这种称为翼型四个部分机翼。
13. The mathematical transformation is fixed and the airfoil is moved to generate different airfoil geometries.
    数学变换是固定机翼的翼型几何移到产生不同。
14. The properties of bifurcation points of airfoil flutter with cubic nonlinearity in incompressible flow are studied.
    对定常空气动力作用下、含立方非线性刚度的二元机翼颤振系统的分叉点进行了研究。
15. The structure of the airfoil sensing area was optimized based on the result of the experiment.
    在试验结果的基础上，对叶型受感部结构进行了优化。
16. Airfoil design of a micro-flapping wing based on CFD
    基于CFD方法对微型扑翼翼型设计的研究
17. The Joukowski airfoil problem is the simplest application of conformal mapping to airfoil design.
    joukowski问题是最简单的翼型形映射应用到机翼设计。
18. Numerical research of the influence of airfoil stall and Reynolds number change on wind turbine aerodynamic performance
    翼型失速及雷诺数变化对风力机气动性能影响的数值研究
19. Airfoil buffet boundary is an important aerodynamic parameter which is second only to the lift-drag ratio.
    翼型抖振边界是仅次于升阻比的一项重要气动指标。
20. A straight line connecting the leading and trailing edges of an airfoil.
    翼弦连接机翼的前缘与后缘的直线。
21. Based on the above modifications, the effect of suctionblowing control on the airfoil drag performance is numerically studied.
    在此基础上，数值研究了吸吹气控制对翼型阻力性能的影响。
22. Application of the Improved EGO Algorithm in Transonic Airfoil Aerodynamic Optimization Design
    改进EGO算法在跨声速翼型气动优化设计中的应用
23. The Application of Computational Fluid Dynamics in Airfoil Design and Water Treatment
    计算流体动力学在翼型设计和水处理中的应用
24. You can specify wing attributes including camber and centerline sheeting of an airfoil.
    你能够标示翅膀归结于包括中凸形和机翼的中心线护墙板。
25. The ice accretion geometric characteristics have complex effects on airfoil aerodynamic coefficients.
    积冰几何形状对翼型气动系数的影响是复杂的。
26. The frequency of oscillating excitation has more effect on improving aerodynamic performance of airfoil at large attack angle th.
    利用振荡扰流进行了改善风力机翼型大攻角下性能的研究。
27. Research of the Effect on Reynolds Number on Aerodynamic Performance of Special Airfoil for Wind Turbine
    雷诺数对风力机专用翼型气动性能影响的研究
28. The aerodynamic characteristics of airfoil are significantly influenced by non-equilibrium condensation of moist air.
    湿空气非平衡凝结会对机翼的气动特性造成显著影响。
29. For example, an aerodynamic model might be incompressible thin airfoil theory;
    例如，一个空气动力学模型可以是不可压的薄翼理论；
30. Study on Unsteady Aerodynamic Force of Morphing Joukowski Airfoil
    可变形儒可夫斯基翼型非定常气动力的研究

noun

1. a device that provides reactive force when in motion relative to the surrounding air

   Synonym:    aerofoilcontrol surfacesurface