1.
The Temperature Simulation of 72A High-Carbon Steel Wire during Rolling Process;
72A高碳钢轧制过程中的温度模拟研究
2.
cold-rolled carbon steel
冷轧碳钢, 低碳钢
3.
Study on the Rolling Technics and Microstructure Capability of High Strength Low Carbon Bainitic Steel JG700;
高强度低碳贝氏体钢JG700的轧制工艺与组织性能研究
4.
Effects of Processing Parameters on Microstructures and Properties of Low-carbon Bainitic High Strength Steels Produced by CSP
轧制工艺对CSP生产低碳贝氏体高强钢组织和性能的影响
5.
Prediction for microstructure and mechanical properties of hot rolled high carbon steel wire
热轧高碳钢线材组织-性能预报系统
6.
Study on Edge Folding Control for Hot-rolled Strip Ultra-low Carbon
热轧超低碳带钢边部折叠控制的研究
7.
High-Precision Rolling Force Prediction Model for Hot Strip Continuous Rolling Process
热轧带钢精轧过程高精度轧制力预测模型
8.
The Research and Application of the High-speed Steel Rroller for Bar Rolling Mill in the Chongqing Iron and Steel Company;
重钢棒材轧机用高速钢轧辊的研制及应用
9.
Practice on 65Mn High Carbon High Strength Steel Strip Produced by Compact Strip Production
薄板坯连铸连轧生产65Mn高碳高强钢的实践
10.
Structure and Hardness of High C-Cr Roller Steel Treated by Laser Melting
激光熔凝处理高碳高铬轧辊钢的组织及硬度
11.
A Computer Based Simulation and Prediction of Microstructure and Property Evolution of the Controlled Cooling on Finishing Rolled 72A High-carbon Steel;
72A高碳钢轧后冷却组织性能计算机模拟预报
12.
Temperature Simulation of High-Speed Wire during Controlled Cooling Process after Rolling
高碳钢线材轧后控冷过程中温度场数值模拟
13.
Numerical simulation for finish rolling of niobium micro-alloyed high carbon steel on four stands
铌微合金化高碳钢四机架精轧的数值模拟
14.
Effect of controlled rolling and cooling parameters on texture of high carbon steel SWRH77B
控轧控冷工艺参数对高碳钢SWRH77B组织的影响
15.
Experimental Study on Ti Bearing Ultra-low Carbon Bake Hardening Steel Sheet Hot-rolled in Ferrite Region
Ti超低碳烘烤硬化钢铁素体区轧制试验研究
16.
Hot-rolled quality carbon structural steel plates and strips for automobile
GB/T3275-1991汽车制造用优质碳素结构钢热轧钢板和钢带
17.
High-tech rolling. The Special-steel cold rolling Plant at ALZ in Belgium
高技术轧制——比利时阿尔兹的特殊钢冷轧厂
18.
PRODUCTION PRACTICE OF ENHANCING EQUILIBRIUM RATIO OF THE MINUS-DEVIATION ROLLING IN THE HOT ROLLED ANGLE
提高热轧角钢负偏差轧制均衡率的生产实践