因此建立该区的轧制压力分布模型是必须的。
Therefore, it is necessary to establish a model of rolling pressure distribution in the casting zone.
h型钢的轧制压力分布是研究人员非常关心的问题。
The distribution of the rolling pressure on H-beam is a very important problem.
对轧制过程中轧制压力分布进行了分析，得到其分布规律为轧制压力在变形区中间区达到最大值，而在入口和出口处逐渐减少。
The rolling force distribution was analyzed to obtain its character which reaches the maximum value in the centre of the rolling zone, while at the entrance and exit, the stress fades away.
计算中同时考虑了几何和材料双重非线性的影响，给出了轧制压力、摩擦力和前后张力的分布。
In the calculation, both material and geometric nonlinearities are considered. The rolling pressure, friction, front tension and back tension distributions are given.
得到了各道次单位轧制压力、前后张应力和出口横向位移的分布。
The distributions of the pressure, the front tension stress, the back tension stress and the exit lateral displacement of each pass are given out.
研究结果表明，在轧制能力范围内，轧件越宽，轧辊采用凹辊型可以使辊身部的辊间压力分布更为均匀；
The effects of rolling parameters such as plate width, roll contours, chamfer and straight chamfer parameters on the contact pressure distribution were studied.
研究结果表明，在轧制能力范围内，轧件越宽，轧辊采用凹辊型可以使辊身部的辊间压力分布更为均匀；
The effects of rolling parameters such as plate width, roll contours, chamfer and straight chamfer parameters on the contact pressure distribution were studied.
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