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Reactive Transient Liquid Phase Bonding between AZ31 Magnesium Alloy and Low Carbon Steel

机译:AZ31镁合金与低碳钢之间的反应性瞬态液相键合

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摘要

A new liquid-phase bonding method was developed-establish a strong bonding between Al bearing Mg alloys and steels by intentionally forming a thin and uniform reaction layer at the bonding interface. By adopting Ag as an interlayer between the Mg alloys and steel, Mg-Ag eutectic melt is produced at 773 K and nano-scale Fe-Al reaction layer is uniformly formed at the melt-steel interface during the isothermal solidification of the melt which is driven by the diffusion of Ag into the Mg alloy. At the completion of the solidification, exceptionally strong bonding, exceeding the yield strength of the base Mg alloys, is achieved.
机译:开发了一种新的液相键合方法,通过在键合界面故意形成薄而均匀的反应层,在含铝镁合金和钢之间建立牢固的键合。通过将Ag用作Mg合金和钢之间的中间层,在773 K时产生Mg-Ag共晶熔体,并且在等温熔体的凝固过程中,在熔体-钢界面处均匀地形成了纳米级的Fe-Al反应层。由银扩散到镁合金中驱动。在凝固完成时,获得了超强的结合力,超过了基础镁合金的屈服强度。

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