Investigation on Controllability of a Magnetorheological Gun Recoil Damper
Its primary purpose of this study is to provide a comprehensive investigation on the controllability of Magnetorheological (MR) gun recoil damper. Performances of MR damper under random load, mainly in the transportation applications, seismic protection in civil engineering and windrain- induced load in Cable Bridge, have been well investigated by many researchers. However, little research has been focused on the dynamic performance and its controllability of MR damper under impact load. At present, a systematic architecture has still not been formed, including its structure design, dynamicmodelling and controlling method of a MR damper subjected to impact load. In this paper, the research is developed and aims at the MR gun recoil damper. To evaluate its controllability of MR gun recoil damper, a test rig which uses a closed bump to produce an impact load is developed. A novel large-scale singleended MR damper without the accumulator is used as the specimen. First, impact tests were done to evaluate the response time of the special designed long-stroke MR gun recoil damper, corresponding to the step signal of the operating current. Then, three revised control strategies, including on-off control method, PID control method, adaptive fuzzy control method, were investigated to confirm its controllability of the MR damper under impact load. Compared with on-off control and PID control policy, it is indicated by test results that this developed MR gun recoil damper has a better controllability using the adaptive fuzzy control policy.
Magnetorheological damper Recoil Impact load Controllability adaptive fuzzy control
Hu Hongsheng Wang Jiong Qian Suxiang Li Yancheng Jiang Xuezheng
Department of Mechanic and Electronic Engineering University of Jiaxing Jiaxing,Nostate 314001,China College of Mechanic Engineering NanjingUniversity of Science and Technology Nanjing,Nostate 210094,C Department of Mechanic and Electronic Engineering University of Jiaxing Jiaxing,Nostate 314001,China
国际会议
2009 IEEE International Conference on Information and Automation(2009年 IEEE信息与自动化国际学术会议)
珠海、澳门
英文
1044-1049
2009-06-22（万方平台首次上网日期，不代表论文的发表时间）