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Monitoring of a controlled space flexible multibody by means of embedded piezoelectric sensors and cameras synergy

机译:通过嵌入式压电传感器和摄像头协同作用来监控可控空间柔性多体

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摘要

Interaction between elastic dynamics and attitude control is a serious problem in space operations, which often involve satellites with highly flexible appendages. Monitoring and eventually control of the vibrations are a major concern to avoid a decrease in the expected performance. In particular, the classic case of a central bus with two lateral appendages (solar panels) is considered. The design of a system for structural vibration monitoring is proposed both from a numerical and an experimental point of view. Piezoelectric devices are a usual solution for measuring the deformation of the structures. In the proposed work, optical sensors are also implemented: the combined use of the two sets allows for the monitoring of the elastic displacement of the solar panels and for the reconstruction of the modal shapes of the entire flexible multibody system.
机译:弹性动力学和姿态控制之间的相互作用是空间操作中的一个严重问题,通常涉及具有高度灵活附件的卫星。监测和最终控制振动是避免预期性能下降的主要考虑因素。特别是考虑了带有两个侧面附件(太阳能电池板)的中央总线的经典案例。从数值和实验的角度提出了用于结构振动监测的系统的设计。压电设备是用于测量结构变形的常用解决方案。在提议的工作中,还实现了光学传感器:两组的组合使用可以监视太阳能电池板的弹性位移,并可以重构整个柔性多体系统的模态形状。

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