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Investigation of a force-locked connection of micro piezo elements with aluminium carrier material

机译:微型压电元件与铝载体材料的力锁连接研究

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Within the Transregional Collaborative Research Centre PT-PIESA "High-Volume Production-Compatible Production Technologies for Lightmetal and Fiber Composite-Based Components with Integrated Piezo Sensors and Actuators" effective technologies for the production of active components are investigated. One concept is the direct integration of piezo material as fibers or rods in sheet metal like for instance aluminum sheets. This paper deals with the production step of the joining process. Based on a finite element simulation different dimensional layouts are experimentally investigated. The results show, that with an appropriate fill ratio a force-locked connection between piezo material and carrier material can be achieved.
机译:在跨区域合作研究中心PT-PIESA中,“具有集成压电传感器和执行器的轻金属和纤维复合材料基组件的大批量生产兼容生产技术”被研究用于生产有源组件的有效技术。一个概念是将压电材料作为纤维或棒直接集成在金属板(例如铝板)中。本文涉及连接过程的生产步骤。基于有限元模拟,对不同尺寸的布局进行了实验研究。结果表明,通过适当的填充率,可以实现压电材料和载体材料之间的力锁连接。

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