矫直辊

  • 网络straightening roller;leveling rolls;levelling roll
矫直辊矫直辊
  1. 联轴器和矫直辊轴的装配过盈量对应力的影响

    The Effect of Interference Amount Between Coupling and Axis of Straightening Roller in the Aspect of the Stress

  2. 考虑冷却降温效果,给出了不同时刻矫直辊、内冷水和外部空气的温度分布。

    Considering the effect of refrigeration and cooling , we give the temperature distribution of straightening roller , internal cooling water and external air at different time .

  3. 利用AutoCAD设计二斜辊矫直辊型的新方法

    New method to design the shape of strengthening roll with AutoCAD

  4. 60kg/m级重轨矫直辊凝固模拟与铸造工艺选择

    Solidifying simulation and foundry process selection for 60kg / m heavy straightening roller

  5. 矫直辊倾角调整方法的研究

    The research of regulative method on angle of inclination of straightener

  6. 矫直辊表面激光强化实验研究

    Experimental study on surface harden of straightening roller with laser beam

  7. 矫直辊曲线及调整角度计算程序

    The Calculating Program of Curve and Regulating Angle for Straighten Roller

  8. 大型锻钢冷矫直辊断裂失效分析与国产化

    Fracture failure analysis and domestic manufacturing of heavy forged-steel cold straightening roll

  9. 矫直辊辊形曲线的研究现状及问题

    The present research situations of the roll shape curve of straightening roll

  10. 二辊矫直辊面接触应力的计算

    Contact stress calculation of rolls in two cross roll straightener

  11. 斜轧线接触矫直辊的设计与调整探讨

    A study of design and adjustment of cross-rolling linear contact straightening roll

  12. 一种新型的棒材与管材矫直辊辊型的设计方法

    A New Way of Designing the Straightening Roll Profile for Pipes and Bars

  13. 矫直辊与板材的接触点位置对矫直过程影响的研究

    Review of Effect to Leveling Process of Contact Point Between Leveling Roller and Plate

  14. 矫直辊调整角的最优解

    Optimal solution of regulating angle of straightening roll

  15. 拉弯矫直辊的制造工艺

    Making Technology of the Stretch Bend Leveling Roller

  16. 矫直辊的弯辊量由最大原始曲率及入口板件厚度的塑性变形层深度来确定。

    By using initial curvature and depth of plastic layer , roller bending value is obtained .

  17. 管棒材矫直辊辊形曲线的一个简化计算法

    A Simplified Computation Method of Roller Shape Curve of Straightening Roller for Pipe and Bar Materials

  18. 啮合理论在热轧带肋钢筋矫直辊形设计中的应用

    Application of engaging theory in the shape design of straightening roller for hot rolled ribbed reinforcing bar

  19. 高铬复合矫直辊

    Hi-Cr compound straightening roll

  20. 矫直辊试件的表面形状不同,使用的润滑油不同,模拟试件的磨损结果便有很大差异。

    The results show that the roller wear is quite different for different rail surfaces and lubricant oils .

  21. 试论举重运动员的选材60kg/m级重轨矫直辊淬冷温度场仿真与选材

    Temperature Field Simulation and Material Selection of Grade 60 kg / m Heavy Rail Straightening Roller Casting During Quenching

  22. 计算出了各种钢管对应的矫直辊调整角度。

    Furthermore , the regulating angles of straighten roll corresponding to the steel pipes of different specification have been calculated .

  23. 简述了矫直辊辊形曲线计算原理,并作了定性分析;

    The calculating principle of roller shape curve for the straighten roll has been described in brief , also the qualitative analysis has been done .

  24. 本实用新型的使用可极大地提高矫直辊与张力装置的换辊的效率、安全性并有效地降低成本。

    The application of the roll changer can greatly improve roll changing efficiency and safety of the straightener roll and the tension roll and can effectively reduce cost .

  25. 避开繁琐的数学计算,根据三段等曲率反弯辊缝曲线,利用仿形展成法建立了矫直辊的模型。

    It avoid complicated mathematical calculation , according to the three curvature inflection roll gap curve , using copy form exhibition method established the model of straightening roller .

  26. 结果发现矫直辊的旋转运动造成内冷水的运动轨迹呈螺旋上升的形式,内冷水产生切向的速度。

    It is found out that the rotary motion of the straightening roller make the motion trajectory of internal cooling water as spiral development , and the internal cooling water generates a tangential speed .

  27. 合理设计矫直辊的内流场结构,对于其内部降温具有重要的意义。(4)计算了矫直机矫直辊系的稳态温度场和瞬态温度场。

    Design the inner fluid field structure of straightening roller reasonably is very important for its internal cooling . ( 4 ) The steady temperature field and transient temperature field of straightening roller are simulated .

  28. 工作时产生的交变热应力往往会引起矫直辊的破坏和失效,加之矫直辊本身的结构和运动非常复杂,造成此问题的研究十分困难。

    The alternating thermal stress generated when the machine is working will lead the straightening roller to break or fail . As the structure and motion of straightening roller are very complex , it is not easy to be investigated .

  29. 线接触矫直辊在实际操作参数与设计给定参数产生偏差时,其线接触特征受到破坏,最终影响矫直效果。

    It is known that in case of any difference between the actual operation data and the designed data of the linear-contact straightening roll , the roll 's linear-contact characteristics is consequently damaged , which inevitably produces negative influence on the straightening quality .

  30. 二辊矫直机辊形参数设计

    Research of the roll shape parameters design in tow roll straightener