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Characteristics of alternate supply of shielding gases in aluminum GMA welding

机译:GMA铝焊接中交替供应保护气体的特性

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摘要

Recently, unlike conventional method in supplying shielding gas, a newly method which alternately supplies different kinds of shielding gases in weld zone is developed and partly commercialized. However, literature related to the present status of the technology in the actual weld field is very scant. To give better understand on this technology, this study was performed. Compared with conventional gas supply method, the variations of weld porosity and weld shape in aluminum welding with alternate supply method of pure argon and pure helium were compared with conventional gas supply method with pure argon and argon + 67%helium mixture, respectively. As a result, compared with the welding by supplying pure argon and argon + 67%helium mixture by conventional method, the welding by supplying alternately pure argon and pure helium, produced lower degree of weld porosity and deeper and broader weld penetration profile.
机译:近来,与供应保护气体的传统方法不同,开发了一种在焊接区域中交替供应不同种类的保护气体的新方法并将其部分商业化。但是,与该技术在实际焊接领域中的现状有关的文献很少。为了更好地理解该技术,进行了这项研究。与传统的供气方法相比,分别比较了纯氩气和纯氦气交替供气方法与纯氩气和氩气+ 67%氦混合气供气方法在铝焊中焊缝孔隙率和焊缝形状的变化。结果,与通过常规方法供应纯氩气和氩气+ 67%氦气混合物的焊接相比,通过交替供应纯氩气和纯氦气进行的焊接产生的焊接孔隙度更低,焊缝熔深和更深。

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