首页> 外文期刊>Proceedings of the Institution of Mechanical Engineers, Part B. Journal of engineering manufacture >A study of an arc sensor model for gas metal arc welding with rotating arc Part 1: dynamic simulation of wire melting
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A study of an arc sensor model for gas metal arc welding with rotating arc Part 1: dynamic simulation of wire melting

机译:旋转电弧气体金属电弧焊电弧传感器模型的研究第1部分:焊丝熔化的动态模拟

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摘要

A dynamic wire melting phenomenon is found in rotating arc welding since self-regulation of the arc length is not fully performed. Consequently welding current and electrode extension vary rapidly in high speed rotating arc operation. This paper presents the dynamic simulation of wire melting by using the variable space network method and by modelling the heat flux from the molten end of the wire into the electrode. The simulations are compared with experimental results from other references to show a fairly good agreement. By using simulation analyses, it is clarified how the characteristics of the welding power source affect the sensitivity of the arc sensor.
机译:由于未完全执行电弧长度的自调节,因此在旋转电弧焊中发现了动态焊丝熔化现象。因此,在高速旋转电弧操作中,焊接电流和焊条延伸迅速变化。本文介绍了使用可变空间网络方法并通过模拟从焊丝熔融端到电极的热通量对焊丝熔化进行的动态仿真。仿真结果与其他参考文献的实验结果进行了比较,显示出很好的一致性。通过仿真分析,阐明了焊接电源的特性如何影响电弧传感器的灵敏度。

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