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机译:考虑发热量的多道次拉拔过程中0.82-wt%碳钢丝轴向表面残余应力的评估
Geen Transformation Technology Center, Korea Institute of Industrial Technology, Daegu Convergence R&D Center, 711 Hosan-Dong, Dalse-Cu, Daegu 704-230, South Korea;
Crash Safety Engineering Team, Corporate Research & Development Division, Hyundai Motor Croup, 772-1 Jangduk-Dong, Hwaseong-Si, Cyeonggi-Do, 445-706, South Korea;
Geen Transformation Technology Center, Korea Institute of Industrial Technology, Daegu Convergence R&D Center, 711 Hosan-Dong, Dalse-Cu, Daegu 704-230, South Korea;
School of Mechanical Engineering, Pusan National University, 30 jangjeon-Dong, Kumjeong-Cu, Busan 609-735, South Korea;
C. drawing; E. mechanical; A. high carbon steel wire;
机译:古典和动压模的多道次拉拔工艺对高碳钢丝残余应力的影响
机译:古典和动压模的多道次拉拔工艺对高碳钢丝残余应力的影响
机译:古典和水力模具的多道次拉拔过程对高碳钢丝残余应力的影响
机译:非金属夹杂物对多通干拉伸过程中高碳钢线延性损伤的影响
机译:退火和冷轧钢丝加工过程中的残余应力,硬度和晶粒尺寸
机译:使用多道拉丝工艺制造50.0μm超细纯铑导线用于探针卡引脚
机译:数值分析预测多通绘制钢丝的表面残余应力
机译:钢组成和拉拔条件对冷拔钢筋残余应力模式的影响