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Vibration health monitoring for tensegrity structures

机译:张力结构的振动健康监测

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摘要

Tensegrities are assembly structures, getting their equilibrium from the interaction between tension in cables and compression in bars. During their service life, slacking in their cables and nearness to buckling in their bars need to be monitored to avoid a sudden collapse. This paper discusses how to design the tensegrities to make them feasible for vibrational health monitoring methods. Four topics are discussed; suitable finite elements formulation, pre-measurements analysis to find the locations of excitation and sensors for the interesting modes, the effects from some environmental conditions, and the pre-un-derstanding of the effects from different slacking scenarios.
机译:张力是组装结构,通过电缆中的张力和杆中的压缩之间的相互作用获得平衡。在使用寿命期间,需要监控电缆的松弛度和钢筋的屈曲度,以免突然倒塌。本文讨论了如何设计张力以使其可用于振动健康监测方法。讨论了四个主题。适当的有限元公式化,预测量分析以找到有趣模式的激发和传感器的位置,某些环境条件的影响以及对不同松弛情况的影响的预先理解。

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