同时为使设计出的辊型更趋完善，在计算过程中还引入了压力、板宽加权系数。
At the same time, the weight coefficients of plate width and rolling force have been used in the calculation of roll shape in order to improve the calculation accuracy.
在此基础上，推出了辊型曲线的计算算法。
On this basis, a calculating method for roll curve was developed.
在实验的基础上，用工程近似法推导出在四辊组合孔型轧制圆系统产品时的力能参数，建立了轧制圆型系统产品的计算机辅助孔型及优化设计。
On the base of experiments, the author deduced some power energy parameters of round bar in four roll pass system, established the computer aided roll pass design.
经生产实践表明，该方法计算出的辊型生产效果显著。
The workshop practice confirmed that the method obtained good production results.
通过对提供的典型规格产品进行辊型优化设计计算，确定每一架轧机工作辊和支承辊的辊型参数。
Roll shape parameters of every working rolls and backup rolls were specified through the optimization design calculation of the typical productions.
本文阐述了三辊Y型轧机连轨的基本特点及其孔型设计计算方法。
The fundamental characteristics of Y-type rolling mill with three rollers and methods. of designing and calculating the grooves are described in this paper.
提出了新的辊系配置方案，并针对此种新的辊型配置方案，计算出了矫直系统力学参数及矫直功率。
The new roller type configuration theme is put forward and straightening system mechanical parameter and straightening power of this new theme is calculated.
提出了新的辊系配置方案，并针对此种新的辊型配置方案，计算出了矫直系统力学参数及矫直功率。
The new roller type configuration theme is put forward and straightening system mechanical parameter and straightening power of this new theme is calculated.
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