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Damping in Single Crystals of Cu-Zn-Al SMA. Predictable Effects Related to External Amplitudes and Temperature

机译:在Cu-Zn-Al SMA的单晶中阻尼。与外部幅度和温度相关的可预测效果

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Achieving guaranteed behavior after many years in the high temperature phase should consolidate the potential capability of SMA in damping of series of oscillation cycles followed by long periods of inactivity. To use an appropriate model in simulation of the material behavior they have been carried out three types of experimental analysis. The first one focuses on the remnant "after quench effects". The second one centers on the parent phase and its time-temperature dependence. The third one shows the changes on transformation temperature and on hysteretic width related to the cycling and on the two-phase coexistence.
机译:在高温阶段多年后实现保证行为应巩固SMA的潜在能力,在振荡周期系列的阻尼下,然后是长时间的不活动。为了在模拟中使用适当的模型,它们已经进行了三种类型的实验分析。第一个侧重于残余的“淬火效果”。第二个中心在父阶段及其时间温度依赖。第三个图显示了转化温度和与循环和两相共存相关的滞后宽度的变化。

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