惯性颤振临界速度 critical flutter speed
The winglet addition decreases the flutter speed more than 10%,and may change the flutter mode for subsonic flow case. The C-type wingtip generates a reduction of flutter speed up to 19%,but has a minor impact on the flutter frequency.
翼梢小翼使得颤振速度下降超过10%,并可改变亚音速时机翼的颤振模式;而C型翼梢能使颤振速度降低19%,对颤振频率的影响则较小。
参考来源 - 新型运输机机翼的颤振特性分析·2,447,543篇论文数据，部分数据来源于NoteExpress
计算表明：合适的状态加权阵使颤振速度提高。
The results indicate that in the case of the appropriate state error the flutter speed is increased.
同时，本文还考虑了结构刚度非线性对颤振速度的影响。
The effect of nonlinear structural stiffness on flutter velocity was considered, too.
利用模拟退火算法，对不同温度场下的偏航壁板颤振速度进行计算。
The thermal flutter speeds of the panel under yawed flow are obtained by means of a simulated annealing optimization algorithm.
应用推荐