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Feasibility study of the friction surfacing process

机译:摩擦堆焊工艺的可行性研究

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Friction surfacing is a solid state cladding process based on the plastic deformation of a translating and rotating metallic consumable rod pressed against a stationary substrate. It is mostly used on mild and stainless steel and on aluminium. Thanks to the solid state nature of the process, it allows to join dissimilar metal combinations, e.g. aluminium to steel or to ceramics or several combinations of non-ferrous metals. Moreover, a continuous and fine-grained deposition is formed. Most research has been focussed on the feasibility of certain material combinations and on correlating the deposited layer quality to input parameters. In this work, a methodical approach to evaluate clad layers and to assess their properties is discussed. This approach consists of a visual assessment, a macrographic examination and a performance analysis and has shown to be apt to compare the clad layer quality.
机译:摩擦堆焊是一种固态包覆工艺,它基于压靠在固定基板上的平移和旋转的金属消耗杆的塑性变形。它主要用于低碳钢,不锈钢和铝。由于该方法的固态性质,它允许加入不同的金属组合,例如金属。铝与钢,陶瓷或有色金属的几种组合。而且,形成了连续且细粒度的沉积。大多数研究集中在某些材料组合的可行性以及将沉积层质量与输入参数相关联上。在这项工作中,讨论了一种评估包覆层并评估其性能的方法性方法。这种方法包括视觉评估,宏观检查和性能分析,并且已被证明易于比较包层质量。

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