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A Brief Review of Challenges Technologies to Weld Dissimilar Metals in Two industries: the Upstream Oil Gas and the Automotive

机译:简要回顾上游石油与天然气和汽车两大行业焊接异种金属的挑战与技术

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摘要

In both Oil & Gas (OG) and automotive industries, welding is an essential part of fabrication routes and the challenges in welding metallic materials are frequently similar. Processes that are fast, robust, and therefore tolerate variations in process parameters (including operators for manual processes) and materials (i.e. compositions and properties) are important to reproduce high weld quality and facilitate non-destructive examinations (NDE). New grades of high-strength alloys, required to be weldable by common processes and preferably without post-weld heat treatments, are not only needed by both industries, but dissimilar-metal welding is also becoming unavoidable, thereby demanding for novel processes with either low heat inputs or high-energy densities. In this paper, technologies for dissimilar-metal welding are examined in reference with both OG and automotive applications.
机译:在石油和天然气(OG)以及汽车行业中,焊接都是制造过程中必不可少的部分,金属材料的焊接挑战也常常相似。快速,稳健并因此可以容忍工艺参数(包括手动工艺的操作员)和材料(即成分和性能)变化的工艺对于重现高质量的焊接质量并促进无损检查(NDE)至关重要。新的高强度合金不仅需要通过通用工艺进行焊接,而且最好无需焊后热处理,这两个行业不仅需要,而且异种金属的焊接也变得不可避免,因此要求采用低焊接率的新型工艺热输入或高能量密度。本文结合OG和汽车应用研究了异种金属焊接技术。

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