STRENGTH OF WELDED JOINTS MADE OF AW-5754 ALLOY UNDER STATIC LOAD CONDITIONS

A. Grączewski, B. Ligaj, T. Giętka
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Abstract

The most commonly used method of aluminum welding is gas arc welding using a fusible electrode (MIG method) and a non-fusible electrode (TIG method). In machine construction aluminum alloys are commonly used, which the 5xxx series alloys are characterized by high strength and corrosion resistance. The work presents the properties of EN AW-5754 alloy, which is a material that allows joining elements by welding. The aim of the paper is to present mechanical properties test results of EN AW-5754 alloy welded joints with the 131 method for various values of linear welding energy: Q = 70 kJ/mm and Q = 1280 kJ/mm. The obtained results indicate a significant influence of linear welding energy on the strength of the welded joint.
静载荷条件下aw-5754合金焊接接头的强度
铝焊接最常用的方法是使用易熔电极(MIG法)和不易熔电极(TIG法)的气体电弧焊。在机械结构中通常使用铝合金,其中5xxx系列合金具有高强度和耐腐蚀性的特点。该工作介绍了EN AW-5754合金的性能,这是一种允许通过焊接连接元素的材料。本文的目的是介绍用131法测试EN AW-5754合金焊接接头在线焊接能量Q = 70 kJ/mm和Q = 1280 kJ/mm不同值下的力学性能。结果表明,线形焊接能量对焊接接头的强度有显著影响。
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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