The results show that S-SBR has the better physical mechanical properties, excellent dynamic properties, satisfactory wet grip and low rollingenergy loss.
Optimization design of pass and computation of the main driving motor power under operation show that the rollingenergy consumption may be reduced by 3.19%.
优化孔型设计与现场主电机功率值的计算表明,轧制能耗可减少3.19%。
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The optimization design for the groove system in double duo wire mill by dynamic programming were briefed according to minimum total rollingenergy consumption.