By the dynamic simulation analysis, this optimal excitation system can increase the system damping and improve system stability with very good robustness.
动态仿真分析表明，该最优励磁控制系统能够有效地增加系统的阻尼，提高系统的稳定性，并具有较好的鲁棒性。
Besides, the dynamic model in driving system of the conveyer is established with through scattered method on no damping occasion.
并利用离散化的方法建立了串联盘式管道连续输送机传动系统在无阻尼情况下的动力学模型。
Analysis of dynamic simulation shows that this optimal excitation system can increase the system damping, improving stability, with good low-frequency oscillation suppression and robustness.
动态仿真分析表明，设计出的最优励磁系统能够有效地增加系统的阻尼，提高系统的稳定性，且能够很好地抑制系统的低频振荡，并具有较好的鲁棒性。
Beginning with the no damping system in this paper, the change rates of the structure's dynamic properties, caused by the small change of system parameters are discussed.
本文从无阻尼系统开始，讨论了物理参数的变化引起结构动特性变化的灵敏度。
Beginning with the no damping system in this paper, the change rates of the structure's dynamic properties, caused by the small change of system parameters are discussed.
本文从无阻尼系统开始，讨论了物理参数的变化引起结构动特性变化的灵敏度。
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