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TIG and A-TIG welding experimental investigations and comparison with simulation. Part 2 ‐ arc constriction and arc temperature

机译:TIG和A-TIG焊接实验研究并与仿真进行比较。第2部分-电弧收缩和电弧温度

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摘要

In this part II, the comparison of physical mechanisms between tungsten inert gas (TIG) and active TIG (A-TIG) welding is shown. The plasma was monitored by a high speed camera to present the arc constriction phenomena while passing from TIG to A-TIG. The elemental analysis and the arc temperature measured by optical emission spectroscopy were performed according to the type of welding and the different fluxes in A-TIG welding. The two-dimensional axial symmetric model presented in part I was used to simulate the flow behaviour in the melting pool realised on a stainless steel disc (304L) melted by a stationary heat source and to study the influence of energy density.
机译:在第二部分中,比较了惰性钨极气体保护焊(TIG)和活性TIG(A-TIG)焊接的物理机理。从TIG传递到A-TIG时,用高速摄像机监视等离子体以显示电弧收缩现象。根据焊接类型和A-TIG焊接中的不同焊剂,通过发射光谱法进行了元素分析和电弧温度测量。第一部分中介绍的二维轴向对称模型用于模拟在固定热源熔化的不锈钢圆盘(304L)上实现的熔池中的流动行为,并研究能量密度的影响。

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