A method of controlling the height of the reverse bead when argon TIG welding in an external quadrupolar magnetic field

V V GRIGORENKO; O N KISELEV; G G CHERNYSHOV; E A GLADKOV

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A method of controlling the height of the reverse bead when argon TIG welding in an external quadrupolar magnetic field

机译：在外部四极磁场中氩气氩弧焊时控制反向焊道高度的方法

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1 The arc was selected as a source of information on non-observable geometric characteristics of the welded joint, such as the height of the reverse bead when argon-arc welding in a QMF. 2 A method was proposed for controlling the height of the reverse bead when argon-arc welding in a QMF using optoelectronic devices enabling information to be obtained on the reverse side of the weld synchronously with the welding process. The method can be used in automated welding systems for measuring and regulating the height of the reverse bead. 3 The method of determining the mathematical dependence of the weld form parameters on the energy balance of the penetration channel, used in electron beam welding, is also suitable for argon-arc TIG welding in a QMF.

机译：1选择电弧作为焊接接头不可观察的几何特征的信息源，例如在QMF中进行氩弧焊时反向焊道的高度。 2提出了一种在QMF中使用光电设备控制氩弧焊时控制反向焊道高度的方法，该方法能够在焊接的反面与焊接过程同步地获得信息。该方法可用于自动焊接系统中，以测量和调节反向焊道的高度。 3在电子束焊接中使用的确定焊接形式参数对熔深通道能量平衡的数学依赖性的方法，也适用于QMF中的氩弧TIG焊接。

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来源
《Welding international》 |1995年第8期|p.665-666|共2页
作者
V V GRIGORENKO; O N KISELEV; G G CHERNYSHOV; E A GLADKOV;
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作者单位

N E Bauman Moscow Higher Technical School;

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原文格式 PDF
正文语种 eng
中图分类焊接、金属切割及金属粘接;
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A method of controlling the height of the reverse bead when argon TIG welding in an external quadrupolar magnetic field

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