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Optimization of Mechanical Properties in Magnesium Zinc Alloys

机译:镁锌合金力学性能的优化

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摘要

Magnesium-based alloys are being used today in various lightweight applications. The mechanical properties of magnesium-based alloys can be enhanced for such applications through a combination of annealing temperature and holding time of the magnesium-based alloy. The magnesium-based alloy under investigation in this study is Mg-5%Zn. The results of this investigation show that optimizing annealing time and temperature can achieve homogenization and enhance the mechanical properties and formability of Mg-5%Zn as seen in hardness test results for the homogenized samples.
机译:镁基合金如今被用于各种轻量化应用中。镁基合金的机械性能可以通过结合镁基合金的退火温度和保温时间来提高。本研究中研究的镁基合金为Mg-5%Zn。研究结果表明,优化退火时间和温度可以实现均匀化,并提高Mg-5%Zn的机械性能和成形性,如均匀化样品的硬度测试结果所示。

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