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1·For every buttress a generalized coordinate and a shape function are assigned to describe its lateral displacement.

为了描述各支墩的侧向变位，对每个支墩都设定一个广义坐标和形状函数。

2·Finally, movement navigation algorithm based on generalized coordinate system was put forward, and part movement was guided according to assembly constraints.

最后，提出了基于广义坐标系的运动导航算法，根据装配零件满足的约束对其运动进行引导。

3·Also an approach formula for frequency calculation is obtained by taking the quasi-vibrational mode as a generalized coordinate and by virtue of the Hamilton's principle.

最后本文以准振型为广义座标，以哈密顿原理为手段，得出了频率计算的近似方程。

4·Using a coordinate transformation matrix, which is formed by these linearly independent mode set, the component equations of motion in generalized coordinates are derived.

应用这组线性无关的模态集构成坐标变换矩阵，推导出广义坐标下的部件动力学方程。

5·Generalized integrator was used to realize static error free tracking control of positive and negative sequence current under two-phase static coordinate.

并采用广义积分器原理实现对三相电流在两相静止坐标下的控制，实现了正负序电流的无静差跟踪控制。

6·The method of invariant eigen-operator is generalized to the classical system, and the normal coordinate of system is also obtained by using this method.

将不变本征算符方法推广到经典体系，并利用它来求体系的简正坐标。

7·The generalized polar-coordinate method for measuring involute profile deviations is proposed, and its mathematical model, realization pattern and deviation assessment formula are presented.

提出了测量渐开线轮廓误差的广义极坐标法，给出了广义极坐标法的测量模型、实现方法以及轮廓误差算式。