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The development of the welding procedures and hardening of butt-welding structures of aluminium-6082 alloy

Author: 
Mehmet ÇAKMAKKAYA
Subject Area: 
Physical Sciences and Engineering
Abstract: 

The development of the welding of aluminum has seen greater demands upon the design of faster and larger aerospace and automotive industries. AA 6082 (EN AW 6082) grade aluminum alloy is mostly used for lightweight construction. These alloys contain small amounts of silicon and magnesium, typically less than 1% each, and may be further alloyed with equally small amounts of manganese, copper, zinc and chromium. Hardening constituent in this alloy is magnesium silicate Mg2Si phase. The alloys are sensitive to metal cracking such as in the root pass of the weld due to, particularly, the high alloying element content in parent metal. In this study, the mechanical properties of the weld specimens were investigated based on the microstructure obtained from AA 6082 alloy heat treated with T0, T6 and T73 heat treatment scheme and the optimization of TIG welding procedures were also attempted. The information obtained in this study may help automotive producers to take full advantage of the developments in automotive grade aluminum alloys.

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