1) self-excited force
自激力
1.
Buffeting force is adopted in quasi-steady form, and self-excited force is adopt.
时域抖振响应分析中,采用谱解法模拟了斜拉桥的脉动风场,抖振力采用准定常表达形式,自激力采用Y。
2.
The authors worked out a practical calculating method of self-excited force according to buffeting calculating theory and calculated self-excited force of Junshan cable-stayed bridge.
对于长大跨度桥梁在计算其抖振响应时不得不考虑自激力的影响 ,而自激力的计算方法不一 ,且其计算过程复杂、繁琐。
2) self-exciting waves
自激压力波
3) aerodynamic self-excited forces
颤振自激力
4) self excited aerodynamic force
自激气动力
1.
The causes of the nonlinearity of self excited aerodynamic force of bridge are interpreted from such two aspects as amplitude and wind velocity.
从振幅和风速2种角度解释了桥梁自激气动力非线性的起因;提出了"广义颤振导数"概念,对其物理意义进行了解释;绘制了平板和苏通大桥主梁节段模型的广义颤振导数曲线,对比分析了各种广义颤振导数的特点,验证了广义颤振导数的优点。
5) self-excited aerodynamic forces
气动自激力
1.
This dissertation, using those methods in agree, makes numerical study in self-excited aerodynamic forces of bridge deck.
本文正是应用当前被认同的一些研究方法,对桥梁气动自激力进行数值模拟研究。
6) hybrid self-excited force model
混合自激力模型
补充资料：激力
1.物体对所承受压力的反作用力。引申为激奋的力量。
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