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影响系数法
相关语句
  influence coefficient method
    The three-dimensional plastic deformations of strip are analyzed by the stream surface strip element method, the elastic deformations of rolls are analyzed by the influence coefficient method, the analyzing and computing model of shape and crown is established by combining them, and the influence of strip width on the shape control capability of 4-high CVC hot steel strip mill is simulated and analysed.
    采用流面条元法分析带材的三维塑性变形 ,影响系数法分析辊系的弹性变形 ,并将二者耦合 ,建立了 4辊轧机板形和板凸度的分析计算模型 ,并针对板宽对 4辊 CVC热带钢轧机板形控制能力的影响进行了仿真研究。
短句来源
    The three-dimensional plastic deformations of strip were analyzed by using the stream surface strip element method, the elastic deformations of the rolls were analyzed by using the influence coefficient method, the analyzing and computing models of shape and crown were established by combining them.
    用流面条元法分析带材的三维塑性变形 ,用影响系数法分析辊系的弹性变形 ,将两者耦合 ,建立了四辊轧机板形和板凸度的分析计算模型。
短句来源
    The three-dimensional plastic deformation of strip were analyzed by stream surface strip element method,the elastic deformations of rolls were analyzed by influence coefficient method,the analyzing and computing model of shape and crown of the strip rolled on 4-high CVC mill were established by combining them,and the rolling process of hot strip on 4-high CVC continuous mills was simulated.
    采用流面条元法分析带材的三维塑性变形,影响系数法分析辊系的弹性变形,并将二者耦合,建立了4辊CVC轧机板形和板凸度的分析计算模型,并对4辊CVC热带钢连轧机的轧制过程进行了仿真。
短句来源
  influencing coefficient method
    The computer simulation of the roll contact pressur e characteristic for 1850 mm 6-high CVC wide strip mill is carried out by using the strip element method to analyze the three-dimensional plastic deformation of strip and by using the influencing coefficient method to analyze the elastic deformation of rolls.
    用条元法分析带材的三维塑性变形,用影响系数法分析辊系的弹性变形,将二者联立,对1850mm六辊CVC轧机冷轧带材轧辊接触压力的横向分布进行了计算机仿真。
短句来源
    The computer simulation of the shape and crown control character for 1 850 mm 6 high CVC wide strip mill was carried out by using the strip element method to analyze the three dimensional plastic deformation of strip and by using the influencing coefficient method to analyze the elastic deformation of rolls.
    用条元法分析带材的三维塑性变形 ,用影响系数法分析辊系的弹性变形 ,将二者联立 ,对 185 0 mm六辊 CVC轧机冷轧带材的板形和板凸度控制特性进行了计算机模拟。
短句来源
    The computer simulation of shape and profile control characteristics of 900mmHC mill was carried out by using the third power spline streamline strip element method to analyze the three-dimensional plastic deformations of the strip, by using the influencing coefficient method to analyze the elastic deformations of rolls and by using the BP neural network method to recognize the rolled strip shape patterns.
    用三次样条流线条元法分析带材的三维塑性变形 ,用影响系数法分析辊系的弹性变形 ,用BP神经网络方法对轧后带材板形进行模式识别 ,将三者联立 ,对 90 0mmHC轧机板形板凸度控制特性进行了计算机模拟。
短句来源
    The computer simulation of the stresses and deformation on cold strip rolling processes of 900 mm HC mill is carried out by using the third power spline streamline strip element method to analyze the three-dimensional plastic deformation of strip, by using the influencing coefficient method to analyze the elastic deformation of rolls and by using the BP neural network method to recognize the rolled strip shape pattern. The simulation results indicate that the method and the model accord with facts.
    用三次样条流线条元法分析带材的三维塑性变形,用分割模型影响系数法分析辊系的弹性变形,用BP神经网络方法对轧后带材板形进行模式识别,将三者联立,对900 mmHC轧机冷轧带材轧制过程进行了计算机仿真,得到了较为详细的应力及变形的仿真结果。
短句来源
  “影响系数法”译为未确定词的双语例句
    The method of influence confficients obtained by solving combined control equations is an effective method to analyse the relations among technological parameters on different stands of cold tandem mill, Through some revisions required it has been applied to determine the maximum possible range of gauge control by means of adjusting screw position and interstand tension under closed-loop tension control.
    影响系数法是研究连轧过程中各机架工艺参数间相互关系的有效方法,对它进行必要的修正,则可对张力闭环控制条件下用改变张力和压下位置的方法调节冷连轧带钢厚度的最大可能范围进行分析。
短句来源
    Consequently, it is indicated that the method presented here has the same accuracy as the method of influent coefficient, and it can account for the effects of elastic and plastic deformable because of independent of stiffness matrix.
    算例结果表明,与影响系数法相比,计算精度基本相同。 由于计算过程中不需要单独计算刚度矩阵,因此利用该方法可以同时考虑零件装配过程中的弹塑性变形。
短句来源
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  influence coefficient method
In case of high concentrations C increases the intensity of Cr.3.The influence coefficient method based on the solution of overdetermined linear equation systems does not lead to useful results if the calibration data set is treated by groups.
      
In this paper, an active balancing device, which is of an electro-magnetic type, has been developed and an active balancing method using the influence coefficient method is proposed.
      
Selected reaction coefficients are calibrated by an optimization technique based on influence coefficient method.
      


The method of influence confficients obtained by solving combined control equations is an effective method to analyse the relations among technological parameters on different stands of cold tandem mill, Through some revisions required it has been applied to determine the maximum possible range of gauge control by means of adjusting screw position and interstand tension under closed-loop tension control. Thus, a procedure to extend the range of gauge control is presented and justified through the experiments...

The method of influence confficients obtained by solving combined control equations is an effective method to analyse the relations among technological parameters on different stands of cold tandem mill, Through some revisions required it has been applied to determine the maximum possible range of gauge control by means of adjusting screw position and interstand tension under closed-loop tension control. Thus, a procedure to extend the range of gauge control is presented and justified through the experiments performed in plant.

影响系数法是研究连轧过程中各机架工艺参数间相互关系的有效方法,对它进行必要的修正,则可对张力闭环控制条件下用改变张力和压下位置的方法调节冷连轧带钢厚度的最大可能范围进行分析。本文提出了扩大厚度调节范围的一种方案,并得到现场实验的验证。

The computer simulation of the roll contact pressur e characteristic for 1850 mm 6-high CVC wide strip mill is carried out by using the strip element method to analyze the three-dimensional plastic deformation of strip and by using the influencing coefficient method to analyze the elastic deformation of rolls.The researched results indicate that the axial shift of CVC intermediate roll,the bending of work roll and the bending of intermediate roll have outstanding influence to the transverse distribution...

The computer simulation of the roll contact pressur e characteristic for 1850 mm 6-high CVC wide strip mill is carried out by using the strip element method to analyze the three-dimensional plastic deformation of strip and by using the influencing coefficient method to analyze the elastic deformation of rolls.The researched results indicate that the axial shift of CVC intermediate roll,the bending of work roll and the bending of intermediate roll have outstanding influence to the transverse distribution of rolling pressure,a nd clear influence to the transverse distributions of the pressure betweens roll s.On various conditions,the transverse distributions of the pressures between ro lls are always“S”form.

用条元法分析带材的三维塑性变形,用影响系数法分析辊系的弹性变形,将二者联立,对1850mm六辊CVC轧机冷轧带材轧辊接触压力的横向分布进行了计算机仿真。结果表明,CVC中间辊横向移动、工作辊弯辊和中间辊弯辊等手段,对轧制压力的横向分布影响很大,对辊间压力的横向分布也有明显影响。在各种情况下,辊间压力都呈S形分布。

The computer simulation of the shape and crown control character for 1 850 mm 6 high CVC wide strip mill was carried out by using the strip element method to analyze the three dimensional plastic deformation of strip and by using the influencing coefficient method to analyze the elastic deformation of rolls. The researched results indicated that the axial shift of CVC intermediate roll, the bending of work roll and the bending of intermediate roll can control the shape and the crown of strip. The results has...

The computer simulation of the shape and crown control character for 1 850 mm 6 high CVC wide strip mill was carried out by using the strip element method to analyze the three dimensional plastic deformation of strip and by using the influencing coefficient method to analyze the elastic deformation of rolls. The researched results indicated that the axial shift of CVC intermediate roll, the bending of work roll and the bending of intermediate roll can control the shape and the crown of strip. The results has the guiding significance for the reasonable use of 6 high CVC mill.

用条元法分析带材的三维塑性变形 ,用影响系数法分析辊系的弹性变形 ,将二者联立 ,对 185 0 mm六辊 CVC轧机冷轧带材的板形和板凸度控制特性进行了计算机模拟。结果表明 ,改变 CVC轧机中间辊横向位移量、工作辊弯辊力和中间辊弯辊力等手段 ,对控制板形和板凸度都有很好的效果。

 
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