镍钛诺热成形:基础研究与应用

Stefan Zende, Moritz Pohler, Lucas Bittigkoffer, Nils-Agne Feth
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引用次数: 0

摘要

在所谓的马氏体死亡(MD)温度以下,镍钛诺的热机械性能得到了很好的研究和理解,在此温度以上,马氏体不能由机械应力诱导:即使在高应力下,镍钛诺仍保持在奥氏体相。本文介绍了用激光从管上切割镍钛诺试样,在MD(>150°C)以上进行的拉伸试验。研究表明,在此温度范围内,镍钛诺的力学性能发生了巨大的变化:超弹性平台缩短并最终消失。此外,镍钛诺开始变得更有韧性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hot Forming of Nitinol: Fundamental Investigations and Applications
Nitinol's thermomechanical properties are well studied and understood below the so-called martensite death (MD) temperature, above which martensite cannot be induced by mechanical stress: Even at high stresses Nitinol stays in the austenite phase. This paper presents tensile tests performed well above MD (>150 °C) with Nitinol specimens laser cut from tube. The investigations show that Nitinol drastically changes its mechanical properties in this temperature range: The superelastic plateau shortens and finally vanishes. Furthermore, Nitinol starts becoming more ductile.
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