Intensification of melting of wires in MIG/MAG welding of steels and aluminium alloys

S.G. Parshin; S.S. Parshin; H. Bruckner; W. Semmler; M. Kush; S. Reinhardt; S. Kuhn

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Intensification of melting of wires in MIG/MAG welding of steels and aluminium alloys

机译：钢和铝合金的MIG / MAG焊接中焊丝熔化加剧

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The increase of the productivity of the processes of automatic and mechanized MIG/MAG welding is an important task, and the solution of this task is determined by the characteristics of droplet transfer and arcing stability. The main problem in gas-shielded consumable electrode welding is the low quality of the formation of the root layer of the butt welded joint, welding in the overhead position, and with high energy density. These shortcomings are determined by low arcing stability, which is the result of large electrode metal droplet transfer and splashing. The characteristics of the process of consumable electrode welding can be improved by the application of activating fluxes~(1,2).

机译：自动和机械化MIG / MAG焊接过程的生产率的提高是一项重要任务，而该任务的解决方案取决于熔滴转移和电弧稳定性的特性。气体保护消耗电极焊的主要问题是对接焊缝的根部层的形成质量低，在头顶位置的焊接以及能量密度高。这些缺点是由低电弧稳定性所决定的，这是电极金属小滴转移和飞溅大的结果。通过使用活性焊剂〜（1,2）可以改善易耗电极焊接过程的特性。

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《Welding International》 |2011年第1期|共5页
作者
S.G. Parshin; S.S. Parshin; H. Bruckner; W. Semmler; M. Kush; S. Reinhardt; S. Kuhn;
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正文语种 eng
中图分类焊接、金属切割及金属粘接;
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Intensification of melting of wires in MIG/MAG welding of steels and aluminium alloys

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