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VIBRATION AND STABILITY CONTROL OF GYROELASTIC THIN-WALLED BEAMS VIA SMART MATERIALS TECHNOLOGY

机译:利用智能材料技术对弹性薄壁梁的振动和稳定性进行控制

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摘要

The displayed results restricted to only the eigenfrequencies occuring in the case of the rotating and non-rotating rotor, reveal that via this control capability is possible to tune conveniently the eigenfrequencies of the system. Moreover, the results also reveal that the directionality property featured by the material of the host structure can be used as to enhance the response of the structure. The results revealing the efficiency of this control technology should encourage its application to more encompassing gyroscopic systems.
机译:显示的结果仅限于在旋转和非旋转转子情况下出现的本征频率,这表明通过此控制功能可以方便地调整系统的本征频率。此外,结果还表明,主体结构的材料所具有的方向性特性可用于增强结构的响应。结果表明,该控制技术的效率应鼓励其在更广泛的陀螺系统中的应用。

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