在连轧末机架出口速度一定的情况下，轧制功率的消耗直接影响到能耗指标。
In case of last rolling mill's velocity limited, rolling power affects power consuming index directly.
因此，以降低轧制功率为目标，优化设计道次压下量以取得降低能耗的目的，有着积极的作用和意义。
So it is very meaningful to optimize the assign of reduction, as to reduce power consuming index.
实验中对轧制压力、轧制扭矩、轧制功率进行了测试，并将单头和双头模具所测得的结果进行了比较与分析。
In the test, the computer data collection system has been applied to measure rolling force, torque and power in rolling procession.
采用纵轧理论和功率转换原则对异步交叉轧制的能耗特性进行了分析，并进行了实验验证。
The energy consumption (EC) characteristics of asymmetric and cross rolling (AC) technology were analysed by rolling theory and translated principle of power.
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%。
Optimization design of pass and computation of the main driving motor power under operation show that the rolling energy 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%。
Optimization design of pass and computation of the main driving motor power under operation show that the rolling energy consumption may be reduced by 3.19%.
应用推荐