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He X.,Henan University of Science and Technology | He X.,Henan Nonferrous Metal Common Technology Collaborative Innovation Center | Zhang Y.-M.,Henan University of Science and Technology | Zhang Y.-M.,Henan Key Laboratory of Advanced Non Ferrous Metals | And 5 more authors.
Suxing Gongcheng Xuebao/Journal of Plasticity Engineering | Year: 2015

To achieve the numerical simulation of Cu-Be-Co alloy continuous extrusion and to develop a reasonable thermoforming parameters, the thermal deformation behaviors of Cu-Be-Co alloy were studied at deformation temperatures of 450 ℃~850 ℃ and strain rates of 0.1 s-1~10 s-1 by using Gleeble-1500D thermal simulation machine; The effects of hot compression on the microstructure were analyzed; The constitutive equation of Cu-Be-Co alloy hot deformation was established by using the Arrhenius equation; The results showed that the flow stress of Cu-Be-Co alloy is reduced with the reducing of the strain rate and the rising of the deformation temperature, and the dynamic recrystallization occurs for Cu-Be-Co alloy under high temperature conditions. ©, 2015, Beijing Res. Inst. of Mechanical and Elec. Technology. All right reserved.

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