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Piezocomposite transducers for smart structures applications

机译:用于智能结构应用的压电复合换能器

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This paper gives a summary on advanced piezocomposite transducers and the perspective of their applications in the field of smart structures, health monitoring and diagnostics. At present, three different low profile piezocomposite actuator types are commercially available. The designs are arising from the R&D work at MIT in the years 1991/92 funded by the US Department of Defence. Smart Material is manufacturing Macro Fiber Composites (MFC), licensed by NASA in a full-scale production. A new MFC- design using the 3-1 coupling has been developed, recently. It allows for the reduction of drive voltage down to 360 V. Fraunhofer IKTS focused its development on custom shape composites making use of PZT tubes and plates. New actuator devices for active interfaces have been introduced for the first time. All piezocomposite design forms show different performance data, which are summarised in the present paper to provide design engineers with necessary informations in view of intended applications.
机译:本文总结了先进的压电复合换能器及其在智能结构,健康监测和诊断领域的应用前景。目前,三种不同的薄型压电复合致动器类型是可商购的。这些设计源自美国国防部在1991/92年间在MIT进行的研发工作。 Smart Material正在制造宏观纤维复合材料(MFC),该产品已获得NASA的正式授权生产。最近,开发了一种使用3-1联轴器的新型MFC设计。它可以将驱动电压降低到360V。Fraunhofer IKTS将开发重点放在了使用PZT管和板的定制形状复合材料上。首次引入了用于活动接口的新执行器设备。所有压电复合材料设计形式均显示不同的性能数据,本文对这些性能数据进行了汇总,以根据预期的应用为设计工程师提供必要的信息。

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