Geometry of the Plastic-Deformation Region in Rod Drawing

G. N. Guryanov; B. M. Zuev

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Geometry of the Plastic-Deformation Region in Rod Drawing

机译：拉杆图中塑性变形区域的几何形状

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摘要

Relations are established between different shape variables of the deformation region when a circular profile is drawn through a conical drawplate channel. The axial stress and optimal drawing angle are determined as function of the shape variables of the deformation region.

机译：当通过圆锥形拉板通道绘制圆形轮廓时，在变形区域的不同形状变量之间建立关系。根据变形区域的形状变量确定轴向应力和最佳拉伸角。

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来源
《Steel in Translation》 |2015年第6期|共7页
作者
G. N. Guryanov; B. M. Zuev;
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原文格式 PDF
正文语种 eng
中图分类炼钢;
关键词
wire; drawing; deformation region; shape; axial stress; optimal drawing angle; uniform deformation; strength;

机译：线材;拉拔;变形区域;形状;轴向应力;最佳拉拔角度;均匀变形;强度;

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1. Geometry of the Plastic-Deformation Region in Rod Drawing [J] . G. N. Guryanov, B. M. Zuev Steel in Translation . 2015,第6期

机译：拉杆图中塑性变形区域的几何形状
2. Drawing Force Optimization Research on Forming Parameters of Drawing Wire Rod with Rotating Die under Coulomb Friction [J] . Un Chin Chai, Gow Yi Tzou, Ing Kiat Tiong Materials science forum . 2018,第期

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7. Forming parameters optimizations with drawing force and die stress in wire rod drawing using rotating die under Coulomb friction [O] . Ing-Kiat Tiong, Un-Chin Chai, Gow-Yi Tzou 2018

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8. Analysis of Fracture Modes During Extrusion and Drawing of Bimetal Rods or Wire. Analytical Study of Drawing and Extrusion of Superconducting Filamentary Wires: Fracture Problems and Evaluation of Temperature Rise. Final Report [R] . Avitzur, B., Wu, R., Chou, Y. T., 1984

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Geometry of the Plastic-Deformation Region in Rod Drawing

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