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Diffusion bonding of a titanium alloy to a stainless steel with an aluminium alloy interlayer

机译:钛合金与铝合金中间层的不锈钢的扩散键合

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Diffusion bonding is the process of joining similar or dissimilar materials at the interface rather than edge joining using welding process or other metal joining processes. It is a solid state welding process carried out under the conditions of soaking temperature, bonding time and load on the surfaces to be joined. Generally this is carried out under vacuum or inert atmosphere to avoid interface reactions to actuate the corrosion. Diffusion bonding process done at different conditions of temperature, bonding time and load. These parameters are optimised for better bond strength, the bonded specimens are analysed for microstructural changes and bond strength since diffusion bonding is an atomic transfer between the surfaces. The micro hardness test is conducted to evaluate the bond strength at the interface. The strength of the bond can be improved by inserting another material at the interface as an interlayer. The base metal titanium with stainless steel is bonded with aluminium as an interlayer.
机译:扩散键合是使用焊接工艺或其他金属连接工艺在界面而不是边缘连接的过程中加入相似或不同材料的过程。它是在浸泡温度,键合时间和待加入的表面上的载荷的条件下进行的固态焊接工艺。通常,这在真空或惰性气氛下进行,以避免界面反应致动腐蚀。在不同的温度条件下进行扩散键合工艺,键合时间和负荷。这些参数针对更好的粘合强度进行了优化,分析了粘合的样本以进行微观结构变化和粘合强度,因为扩散键合是表面之间的原子转移。进行微硬度测试以评估界面处的粘合强度。通过作为中间层在界面处插入另一材料,可以改善键的强度。具有不锈钢的基础金属钛用铝作为层间粘合。

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