Arc-Welding: Lithium-Containing Aluminum Alloys

V. Ryazantsev, V. Fedoseev
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Abstract

The development of structures in the aerospace industry is associated mainly with the application of advanced methods and new technologies. Promising metals include alloys containing lithium (the lightest metal, its density is 543 kg/m3). The use of these alloys in welded structures reduces the weight by 20–25% in comparison with structures produced using conventional aluminium alloys such as D16, V95, etc. This article shows that alloys of aluminium with lithium of all alloying systems have metallurgical and technological special features which must be taken into account when producing welded sections by fusion welding.
电弧焊:含锂铝合金
航空航天工业中结构的发展主要与先进方法和新技术的应用有关。有前途的金属包括含锂的合金(最轻的金属,其密度为543千克/立方米)。在焊接结构中使用这些合金,与使用传统铝合金(如D16、V95等)生产的结构相比,重量减轻了20-25%。本文指出,所有合金体系的铝锂合金都有冶金和工艺上的特点,在采用熔焊生产焊接断面时必须考虑到这些特点。
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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