英语翻译The mechanical behaviors of Cu–Sn alloy wire specimens processed by the newly proposed method ofrotary draw bending are systematically investigated,mainly by considering the relationship betweenthe Vickers hardness (HV) on the cross sec
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英语翻译The mechanical behaviors of Cu–Sn alloy wire specimens processed by the newly proposed method ofrotary draw bending are systematically investigated,mainly by considering the relationship betweenthe Vickers hardness (HV) on the cross sec
英语翻译
The mechanical behaviors of Cu–Sn alloy wire specimens processed by the newly proposed method of
rotary draw bending are systematically investigated,mainly by considering the relationship between
the Vickers hardness (HV) on the cross section and the compressive residual energy during draw bending.It was found that during draw bending,the HV was lower than that of the specimen subjected to
wire drawing,particularly on the inside of the bend,and it was confirmed that the softening induced
by plastic deformation is promoted by increasing the compressive residual energy.The changes in HV
and compressive residual energy were closely related.Consequently,there was a large difference in the
hardness distributions on the inside and outside of the bend,and the mechanical properties of the wire
specimen changed greatly during draw bending.Additionally,the change in the texture resulting from
draw bending obtained by the finite element method (FEM) analysis of stress and the measured change
in the texture showed good qualitative agreement.
英语翻译The mechanical behaviors of Cu–Sn alloy wire specimens processed by the newly proposed method ofrotary draw bending are systematically investigated,mainly by considering the relationship betweenthe Vickers hardness (HV) on the cross sec
铜锡合金丝试样–提出的新方法处理后的力学性能
绕弯成形进行了系统的研究,主要考虑的关系
维氏硬度(HV)在拉伸弯曲和残余能量的横截面.结果发现,在拉弯,高压低于受试样
拉丝,特别是在弯曲的内侧,并证实了软化引起的
塑性变形是通过增加残余能量提升.在高压的变化
和残余能量密切相关.因此,在有一个大的差异
在弯曲的内部和外部的硬度分布,和导线的机械性能
试样在拉伸弯曲变化很大.此外,在产生的纹理变化
拉弯的有限元法(FEM)分析得到的应力测量的变化
在纹理表现出良好的定性一致.