Abstract
This work intends to develop a new copper wire which resists stress-corrosion cracking (SCC). The improved copper wire has a composite structure made of two materials, and by recrystallizing only the surface layer, the surface tensile stress is reduced by keeping the properties equal to a drawn copper wire. The resistance to SCC of the improved copper wire is evaluated by bending and pulling tests in the accelerated solution. The mean times until the occurrence of SCC on the improved copper wire advance from 2 to 9 times as long as those of drawn copper wire.
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