Examines the effects of iron on aluminum alloys to improve electrical and mechanical properties for conductors, suggesting potential benefits for the cable industry.
This paper examines the effect of iron on mechanical and physical properties of an aluminum alloy. Methods for measuring the electrical resistance of a conductive core, the bending resistance of an insulated core, and methods for assessing the corrosion resistance of the alloy are presented. A post-drawing heat treatment technology has been investigated. Patterns of influence of operating conditions on the structure, physical, and mechanical properties of the alloy have been established. Increasing the electrical conductivity of aluminum alloys will ensure high efficiency in the cable industry.
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Pakhomova et al. (2025) studied this question.
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