回转式MRF阻尼器性能测试实验系统*

作者：叶文聪，郑堤，胡利永 日期：2009-04-21/span> 浏览：3243 查看PDF文档

回转式MRF阻尼器性能测试实验系统*

叶文聪，郑堤，胡利永
（宁波大学 工学院，浙江 宁波 315211）

摘要：针对回转式磁流变液（MRF）阻尼器研究的需要，以通用工控机为硬件平台，以LabVIEW为开发工具，研究开发了阻尼器性能测试实验系统。该系统综合应用计算机、虚拟仪器、传感检测、变频调速、自动控制等技术，实现了回转式MRF阻尼器测试实验过程的自动控制，包含电机转速自动调节，励磁电流自动扫描，阻尼器转速、转矩、温度信号的自动采集、显示、存储、分析等功能，具有人机界面友好、系统维护与功能扩充容易等特点。实际应用结果表明，该测试实验系统可以显著缩短测试实验时间，提高了测试实验精度和效率，为回转式MRF阻尼器的研究提供了有效的手段。
关键词：LabVIEW；MRF；阻尼器；测试
中图分类号：TP311文献标识码：A文章编号：1001-4551(2009)03-0073-03

Rotary MRF damper performance test system
YE Wen-cong, ZHENG Di, HU Li-yong
(Faculty of Engineering, Ningbo University, Ningbo 315211, China)
Abstract: In order to meet the requirements of research on rotary magnetorheological fluids (MRF) dampers, a system for damper performance test was developed based on the universal hardware platform of industrial computer and the LabVIEW software development tools. The system integrated the application of computer, virtue instrument, signal measurement and process, and automatic control technologies to realize the automatic control of damper performance test process. It has the functions of motor speed control, exciting current scan, test signals (such as speed, torque, temperature signals from sensors) collect, display, store, and analysis. It is easy to be extended and maintained, and has friendly human-machine interfaces. The actual applicatiion indicates that, the test process can be automatically carried out, the test time can be effectively saved, and the test accuracy and efficiency can be apparently improved.
Key words: LabVIEW; MRF; damper; test
参考文献(References):
［1］CARLSON J D, WEISS K D. A growing attraction to magnetic fluids［J］. Machine Design,1994:61-66.
［2］CARLSON J D, JOLLY M R. MR Fluid foam and elastomer device［J］. Mechatronics,2000,10:555-569.
［3］闫玲，方开翔，姚寿广．基于LabVIEW的多功能数据采集与信号处理系统［J］．江苏科技大学学报：自然科学版，2006，20（3）：51-54．
［4］长沙湖湘测控仪器有限公司．JZ型转矩转速传感器使用说明书［M］.长沙湖湘测控仪器有限公司,2007．
［5］骆庆．基于LabVIEW的蜗杆减速器测试系统［J］．机电工程，2007，24（8）：109-110．
［6］刘刚，王立香，张连俊．LabVIEW 8.20中文编程及应用［M］．北京：电子工业出版社，2008．
［7］胡杰辉，颜文俊.基于磁流变阻尼器的半主动悬架的控制与仿真[J].机电工程，2007,24(6):74-76.