Materials participation in welded joints manufacturing

L. D. Ghenghea
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Abstract

Management of materials dilution to form a joint with higher features asked by complex metallic structures is a problem that took attention and efforts of welding processes researchers and this communication will give a little contribution presenting some scientific and experimental results of dilution processes studied by Welding Research Group from Iasi, Romania, TCM Department. Liquid state welding processes have a strong dependence related to dilution of base and filler materials, the most important are for automatic joining using welding. The paper presents a review of some scientific works already published and their contributions, results of dilution coefficient evaluation using weighing, graphics and software applied for shielded metal arc welding process. Paper results could be used for welders’ qualification, welding procedure specification and other welding processes researchers’ activities. The results of Welding Research Group from Iasi, Romania, TCM Department, show dilution coefficient values between 20-30 % of base material and 70-80 % of filler material for studied welding process.
材料参与焊接接头制造
复杂金属结构对材料稀释形成更高特征的接头的管理是焊接工艺研究人员关注和努力的问题,本文将介绍罗马尼亚Iasi中医科焊接研究小组对稀释工艺研究的一些科学和实验结果。液态焊接工艺对基体和填充材料的稀释有很强的依赖性,最重要的是用于自动连接的焊接。本文综述了一些已发表的科学著作及其贡献,以及用称重法、图形法和软件法评定保护金属电弧焊稀释系数的结果。论文结果可用于焊工资格鉴定、焊接工艺规范和其他焊接工艺研究人员的活动。罗马尼亚Iasi中医药系焊接研究小组的研究结果表明,在所研究的焊接工艺中,稀释系数在20- 30%的母材和70- 80%的填充材料之间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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