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THERMAL CONTROL OF THE WRINKLING EFFECT USING NITI THIN FILM

机译:使用薄膜对皱纹效果进行热控制

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This paper presents modeling and testing results for membrane wrinkling control using material's property changes produced by a 1st order phase transformation. ANSYS~? is utilized to determine the membrane's length and width as well as thickness to produce wrinkling in a test sample. Test results conducted on a NiTi 20.9mm×10.8mm×5.5μm sample produce wrinkling at approximately 1% strain, which is the critical strain (ε_(cr)). Using the phase transformation properties and corresponding stiffness change, we demonstrated that wrinkling control (i.e. turning it on and off) is possible simply by changing the temperature through the phase transformation. The maximum amplitude of the wrinkles was 46.5 ± 5.4 μm and the wavelength was 2.05 + 0.40mm.
机译:本文介绍了利用一阶相变产生的材料特性变化进行膜起皱控制的建模和测试结果。 ANSYS〜?用于确定膜的长度和宽度以及厚度,以在测试样品中产生皱纹。在20.9mm×10.8mm×5.5μm的NiTi样品上进行的测试结果表明,在大约1%的应变下产生了皱纹,这是临界应变(ε_(cr))。利用相变特性和相应的刚度变化,我们证明了可以简单地通过相变改变温度来实现起皱控制(即打开和关闭起皱)。皱纹的最大幅度为46.5±5.4μm,波长为2.05 + 0.40mm。

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