控制理论与应用Issue(12)：1707-1713,7.DOI:10.7641/CTA.2014.41110
磁悬浮刚性转子系统振动机理分析与动力学建模
Vibration mechanism analysis and dynamic model development of magnetically suspended rigid rotor system
摘要
Abstract
By the virtue of active magnetic bearing, magnetically suspended inertia actuators can make micro-vibration come true through active vibration control. However, there still exist vibrations with some frequencies in magnetically suspended inertia actuators. Firstly, the vibration mechanism of Magnet Runout is analyzed based on the analysis of rotor unbalance and Sensor Runout, then the dynamic model of the magnetically suspended rigid rotor system composing of three vibration sources is developed and divided into translational motion and torsional motion. The analysis dedicates that rotor unbalance, Magnet Runout and Sensor Runout will arise vibrations through different channels, and that the vibrations include the fundamental frequencies and their harmonics. Lastly, the requirements of active vibration control are proposed for the magnetically suspended rigid rotor system, and are useful for the future research.关键词
磁悬浮刚性转子/主动振动控制/转子不平衡/磁中心偏心/Sensor RunoutKey words
magnetically suspended rigid rotor/active vibration control/rotor unbalance/magnetic center eccentricity/Sensor Runout分类
航空航天引用本文复制引用
房建成,张会娟,刘虎..磁悬浮刚性转子系统振动机理分析与动力学建模[J].控制理论与应用,2014,(12):1707-1713,7.基金项目
国家自然科学基金资助项目(61374029) （61374029）
国家自然科学基金项目创新研究群体科学基金资助项目(61121003) （61121003）
