The method of the displacement calculation is provided for NC precision table under other load.
为求解其它载荷作用下精密工作台上加工点的位移提供了一种重要的方法。
In shaking table model tests, dynamic displacement and velocity are always obtained by integration of measured acceleration because of the restricted condition of data sampling.
受数据采集条件限制，振动台模型实验的速度和动位移时程一般由实测加速度时程信号进行积分得到。
The working table has a simple structure, high resolution of displacement, and can achieve two-way motion.
整个微位移工作台结构简单，位移分辨率高，且能够实现双向可控运动。
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