Influence of changes in the microstructure of the welded joint due to friction stir welding of aluminium alloys 2024 and 5083 on the electrical conductivity and electrochemical parameters in corrosive environments
ajmandic96@gmail.com
- DOI: https://doi.org/10.5937/zzk2301023M
- Article Type: Original Scientific Paper
- Language: English/Serbian
- Received: August 2022
- Accepted: January 2023
Abstract
In this paper physical and metallographic properties of a dissimilar aluminium alloy friction stirwelded joint (FSW) of nonheat treated aluminium alloy 5083Н111 as well as heat treated aluminium alloy 2024Т351 are examined. The chosen tool for welding had a standard screw thread radius, and for the welding parameters the ratio R/v = 750/73 was chosen. In order to determine the change in electrical conductivity and electrochemical parameters of the base materials and the welded joint in corrosive environments depending on the change in microstructure due to welding, metallographic analysis of the welded joint on an optical microscope was performed, and electrical conductivity and electrochemical parameters of the base material and the welded joint were also examined.
Keywords
friction stir welding, weld characterization, alloy 2024Т351, alloy 5083Н111
Acknowledgements
The paper was published in its original form in the Proceedings of the 32nd Conference with international participation "Welding 2022" held in Tara, Serbia from October 12 to 15, 2022.
References
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