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The Impact of Teaching Oxy-Fuel Welding on Gas Metal Arc Welding Skills

机译:氧气-燃料焊接教学对气体保护金属弧焊技能的影响

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摘要

Industrial technology programs around the country must be sensitive to the demands of manufacturing and industry as they continue to replace “vocational” curriculum with high-tech alternatives. This article examines whether or not teaching oxyacetylene welding in the industrial technology classroom is required to learn arc welding processes. The results of this study suggests that there appears to be little impact, in terms of gas metal arc welding skills, associated with removing oxyacetylene welding from the curriculum. Because the gas metal arc welding industry is growing globally and industrial technology curricula are under time constraints that often limit the amount of time devoted to welding, faculty should consider suspending oxy-fuel welding to allow more time in gas metal arc welding instruction.
机译:全国各地的工业技术计划必须对制造业和工业的需求敏感,因为它们继续用高科技替代方法来取代“职业”课程。本文探讨了是否需要在工业技术教室中教氧化乙炔焊接来学习电弧焊工艺。这项研究的结果表明,就气体金属电弧焊技能而言,与从课程中删除氧乙炔焊缝相关的影响似乎很小。由于气体保护金属电弧焊行业在全球范围内不断发展,并且工业技术课程受到时间的限制,通常会限制焊接时间,因此,教师应考虑暂停氧燃料焊接,以便在气体保护金属电弧焊教学中留出更多时间。

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