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- There was a flutter of wings among the trees. 树林里响起一阵飞鸟的拍翅声。
- Flutter of Airfoil with Structural Nonlinearity in Supersonic and Hypersonic Flow 结构非线性机翼的超音速和高超音速颤振
- The noise would send a flutter of pigeons skywards. 响声会使鸽子振翅向空中飞去。
- The flutter of a butterfly is a magical sight. 蝴蝶翩翩起舞真是一幅奇妙的迹象。
- There was a flutter of wings and up flew a bird. 扑棱一声，飞起一只小鸟。
- flutter of airfoil 机翼颤振
- Rogue Amoeba today announced the release of Airfoil 3.3. 仿生学单细胞虫今天宣布发型了3.;3版机翼。
- The promise of twenty taels put her in a flutter of joy. "后来听见给他二十两,喜的又浑身发痒起来"
- With a flutter of wings, the birds landed on the trees. 这群鸟扑腾着翅膀，落在了树上。
- Incremental Harmonic Balance Method for Strongly Nonlinear Flutter of Airfoils 强非线性颤振分析的增量谐波平衡法
- PATRAN and the process in developing load module of airfoil FEM. PATRAN进行二次开发程序编制的方法;以及开发机翼有限元模型加载模块的过程;为在msc.
- The flutter of an eyelash would have brought her a companion. 她只需睫毛一动就能招来一个伴。
- No response, just a flutter of flanks and a few ear twitches. 驴群没有回应，只有一阵侧腹部的抖动，还有少数几只的耳朵抽搐了几下。
- We went to the doctor to talk about the flutter of his heart. 我们去找医生讨论他心脏振颤问题。
- How much easier, how much more satisfying it is for you who can see to grasp quickly the essential qualities of another person by watching the subtleties of expression, the quiver of a muscle, the flutter of a hand. 对你来说，一个能看见的人，通过观察微妙的表情－－－一条肌肉的颤抖、一只手的摆动，很快地了解另一个人的本质，是多么容易又多么令人满足的事情。
- Nonlinear Response of Airfoil Section with Control Surface Freeplay to Gust Load. 机翼有控制表面的部分对阵风载荷的非线性响应。
- Laurie was in a flutter of excitement at the idea of having company. 劳笠想到这回有了伙伴真有点飘飘然了。
- The only movement he could achieve was a trivial flutter of the left eyelid. 他能做出的惟一的·动作只是左眼睑微微的一颤。
- There was a bang, and a flutter of suppressed laughter from along the corridor. “砰”的一声后，从走廊传来一阵压抑的笑声。
- The implementation of the method in 2-D is described in details and is successfully used for the generation of airfoil meshes, which can be used for flow solutions of Euler equation by finite-volume method. 并用二维 Euler 方程有限体积法求解器进行了绕流实例的验算,数值结果显示模块方法生成的网格能用于流场计算。 在此成功的基础上,本文进一步把该方法推广应用到三维物体的表面三角化。
