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9 January 2008 Dynamic response analysis and active vibration control of flexible composite material barrel under a moving projectile
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Proceedings Volume 6794, ICMIT 2007: Mechatronics, MEMS, and Smart Materials; 679432 (2008) https://doi.org/10.1117/12.783770
Event: ICMIT 2007: Mechatronics, MEMS, and Smart Materials, 2007, Gifu, Japan
Abstract
The dynamic response and active vibration control of flexible composite material barrel under moving projectile are studied in this paper. After analyzing its vibration characteristics, the active vibration control technology is introduced to suppress its vibration. Combining theoretical modeling and experimental developing, some key problems of applying the active vibration control technology to vibration control of flexible composite barrel are discussed, which provides the technology foundation for later developing of flexible smart composite barrel. The coupling vibration model between the moving projectile and flexible composite barrel is established and solved by applying numerical iterative method and simulation experimental study, and many valuable conclusions are made. Besides, the dynamic response model and state space model for active vibration control of barrel under a moving projectile is established. And the adaptive fuzzy control strategy is introduced to suppress the flexible composite material barrel vibration. The testing system of dynamic response and active vibration control for barrel under a moving projectile is designed and developed. The experimental results showed the effectiveness of this kind of control strategy for flexible composite material barrel bonded with piezoelectric self-sensing actuator under a moving projectile, which demonstrated that using the smart material could suppress the time-varying system flexible structure vibration active control.
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Hongsheng Hu, Suxiang Qian, Linfang Qian, and Chengrong Wang "Dynamic response analysis and active vibration control of flexible composite material barrel under a moving projectile", Proc. SPIE 6794, ICMIT 2007: Mechatronics, MEMS, and Smart Materials, 679432 (9 January 2008); https://doi.org/10.1117/12.783770
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