HENRY GRANJON PRIZE COMPETITION 2007 Winner, Category A "Joining and Fabrication Technology" UTILIZATION OF THE ARC LIGHT EMISSION EMITTED DURING TIG WELDING TO MONITORING THIS PROCESS

被引：0

作者：

Weglowski, M. St. ^{[1
]}

机构：

[1] Inst Spawalnictwa, Welding Inst, Testing Mat Weldabil & Welded Construct Dept, Gliwice, Poland

来源：

WELDING IN THE WORLD | 2009年 / 53卷 / 1-2期

关键词：

Arc welding; Dimensions; Electric arcs; Gas shielded arc welding; GTA welding; Length; Light; Monitoring systems; Radiation; Reference lists; Size;

D O I：

10.1007/bf03266696

中图分类号：

TF [冶金工业];

学科分类号：

0806 ;

摘要：

Recording results of visual radiation intensity of the TIG welding arc have been presented. The correlation between welding parameters and the intensity of welding arc visual radiation has been examined. The influence of disturbances of the welding processes on its radiation intensity was examined. By using the TIG arc model described in the literature, a mathematical correlation between the welding current intensity, the welding arc length, and the intensity of visual radiation of the arc has been developed, which takes into account the uncertainty of measurements. The results are compared with data received by using artificial neuron networks. The influence of transient states of the welding arc length on its radiation intensity was examined. It was concluded, that monitoring of the TIG welding arc visible radiation can be used for monitoring of the welding process.

引用

页码：R2 / R12

页数：11

共 14 条

[1] Henry Granjon Prize Competition 2007 Winner, Category A “Joining and Fabrication Technology”Utilization of the Arc Light Emission Emitted during TIG Welding to Monitoring this Process
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Welding in the World, 2009, 53 : R2 - R12
[2] Henry Granjon prize competition 2004 winner, category A "joining and fabrication technology" modelling and development of the trivex™ friction stir welding tool
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[3] Henry Granjon prize competition 2006 co-winner, category A "joining and fabrication technology" models for diode laser transformation hardening of steels
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[4] Henry granjon prize competition 2006 co-winner, category A "joining and fabrication technology" numerical modelling of heat transfer, fluid flow and microstructural evolution during fusion welding of alloys
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[5] Henry Granjon prize competition 2005 winner, category A "Joining and fabrication technology" Novel ways of using ND:YAG laser for welding thick section austenitic stainless steel
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[6] GRANJON PRIZE COMPETITION 2008 Joint Winner - Category A: "Joining and Fabrication Technology" CHARACTERIZATION AND OPTIMIZATION OF ORBITAL FRICTION WELDING OF HIGH CARBON STEEL BARS
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[7] Granjon Prize Competition 2008 Joint Winner — Category A: “Joining and Fabrication Technology” Characterization and Optimization of Orbital Friction Welding of High Carbon Steel Bars
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[8] Henry Granjon Prize Competition 2010 Winner Category a: “joining and Fabrication Technology” Study On Friction Stir Spot Welding Of Dual-Phase High-Strength Steel Sheets
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[9] HENRY GRANJON PRIZE COMPETITION 2010 Winner Category A: "Joining and Fabrication Technology" STUDY ON FRICTION STIR SPOT WELDING OF DUAL-PHASE HIGH-STRENGTH STEEL SHEETS
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[10] State of the art of electromagnetic energy for welding and powder compaction: HENDRY GRANJON PRIZE 2011 Winner Category A: Joining and Fabrication Technology
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