Abstract:With their excellent balance of strength, electrical conductivity and ductility, copper alloys are widely applied. However, miniaturized products must be high-strength while maintaining high electrical conductivity. Herein, we analyze whether severe plastic deformation can improve the aging property of copper alloy. We experimentally investigated the aging properties and microstructures of CuCrZr alloys after a remarkable torsional plastic deformation (RMACREO) process. The RMACREO-processed specimen exhibited… Show more
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