On the basis of the limited conditions, entry thickness, exit thickness, rolling speed, tension, rolling force and rolling torque, etc. are calculated.
根据极限条件，计算出入口厚度、出口厚度、轧制速度、张力、轧制力、轧制力矩等。
Thickness predicting precision was improved. A new precise and high efficiency way for cold continuous rolling exit thickness prediction have been provided.
冷连轧生产出口厚度预报精度大为提高，为冷连轧出口厚度预报提供了一条准确高效的新途径。
The influence of the roll gap change and roll speed change on the exit thickness and the inter-stand tension is computed with the dynamic continuous rolling theory.
研究结果表明：对于四道次轧制的情况，辊速和辊缝在正向轧制时对出口厚度的影响大于逆向轧制时的影响；
The influence of work roll′s bending force on roll′s bending deformation, roll gap geometry and exit thickness is investigated under the conditions of different width and thickness of sheet.
研究了不同宽度和厚度下工作辊弯辊力对辊系变形、辊缝形状及轧件出口厚度的影响规律。
The idea of soft-measurement is used in our work and neural network and wavelet transform are adopted to overcome deficiency of traditional method and improve forecast accuracy of exit thickness.
利用软测量的思想，采用神经网络建立软测量模型和小波分析进行数据处理，以克服传统方法的不足，提高出口带钢厚度预测的精度。
Precisely forecast strip thickness at the exit of cold tandem mill's each stand has very important significance for perfect automatic gauge control system and improve quality of product.
准确预测冷轧机各机架出口带钢厚度对于完善自动厚度控制系统和提高产品质量具有重要意义。
The strip thickness at the exit of stand is determined by many ingredients such as roll force, tension.
出口带钢厚度取决于轧制力、张力等多个因素，各因素之间是相互影响和制约的。
The strip thickness at the exit of stand is determined by many ingredients such as roll force, tension.
出口带钢厚度取决于轧制力、张力等多个因素，各因素之间是相互影响和制约的。
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