它具有优良的弹性特性，用于车辆悬架装置中可以明显的提高运行舒适性。
It has good flexibility characteristics, for vehicle suspension device can be significantly improved in running comfort.
应用结果表明：对于进排气门、正时齿轮和悬架装置等承担疲劳载荷的零部件，激光焊接可满足其较高的强度要求；
The application results show that laser welding can meet higher strength stress demands for those fatigue load parts, such as intake and exhaust valves, timing gear, suspension equipment.
依据悬架实验装置，建立了电液作动器的非线性动力学方程，随后得到线性对象模型。
According to the experiment device for active suspension, the nonlinear dynamics equations for electro-hydraulic actuator are derived and a linearized object mod el is set up.
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