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基于电磁作动的冲击振动主动控制技术
The Active Control Technology Against Vibration and Shock Based on Electromagnetic Actuation
【摘要】 针对恶劣的振动冲击环境 ,提出一种基于电磁作动的冲击振动主动控制技术 ,并研制了一套电磁执行装置。对实验样机的数值仿真和试验结果表明 ,系统可以兼顾振动与冲击控制 ,具有无谐振峰和较宽的频率响应范围、较大的位移响应范围和较为理想的隔振率的优点。
【Abstract】 Aimed at the severe environment of vibration and shock,we suggest an active control technology against vibration and shock based on electromagnetic actuation and also develop a set of electromagnetic actuator. The numerical simulation and test result of the experimental sample indicate that the system can control both vibration and shock and it also has a wider frequency response range, a greater displacement response range and a satisfying vibration isolation ratio without resonance peak.
【关键词】 冲击振动;
主动控制;
电磁执行装置;
【Key words】 Vibration and shock; Active control; Electromagnetic actuator;
【Key words】 Vibration and shock; Active control; Electromagnetic actuator;
- 【文献出处】 电子机械工程 ,Electro-mechanical Engineering , 编辑部邮箱 ,2003年03期
- 【分类号】TB53
- 【被引频次】6
- 【下载频次】188