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Variability in mechanical properties and microstructure characterization of CuAIBe shape memory alloys for vibration mitigation

机译:用于减振的CuAIBe形状记忆合金的力学性能和微观结构表征的差异

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摘要

Shape memory alloys (SMA) have been emphasized, studied and understood in the controlled world of the laboratory. Any attempt to implement one of these alloys in engineered products requires a jump from the controlled world of the laboratory to the actual environment of the application. The first step is to move from single grain specimens to multigrain samples. One works with a material for which any stock is different from that previously available. This paper reviews the milestones in the familiarization process the authors had to overcome during their cooperation within a project funded by the European Union. The main items cover transformation temperatures, thermal treatment and properties understanding.
机译:形状记忆合金(SMA)在实验室的控制世界中得到了强调,研究和理解。在工程产品中实施这些合金之一的任何尝试都需要从实验室的受控环境过渡到应用程序的实际环境。第一步是从单颗粒样品转变为多颗粒样品。一种材料的库存与先前可用的不同。本文回顾了作者在欧盟资助的项目中进行合作期间必须克服的熟悉过程中的里程碑。主要项目包括相变温度,热处理和对性能的了解。

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