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   lubrication rolling 的翻译结果: 查询用时:0.006秒
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lubrication rolling
相关语句
  润滑轧制
     A mixed factor is developed to determine the inlet film thickness when the average flow model is applied in the mixed lubrication rolling process. It combines the effects of the flow factor and the contact factor, and simplifies the lubrication model of rolling.
     运用平均流动模型求解混合润滑轧制变形区入口膜厚问题时 ,提出了混合因子m,它综合了流动因子x 和接触因子c 对入口膜厚的影响 ,简化了轧制润滑模型。
短句来源
  “lubrication rolling”译为未确定词的双语例句
     The stable rolling factor K S was developed to decide the stability of rolling process by comparing the friction coefficient in hydrodynamic lubrication rolling with allowed minimum friction coefficient in rolling.
     通过比较流体润滑状态下冷轧变形区摩擦系数与轧机允许最小摩擦系数得出轧制稳定因子KS,用于判断其轧制过程是否稳定。
短句来源
     The model provides theoretical basis for further research on lubrication rolling.
     该模型为进一步研究板材冷轧及其润滑过程,优化生产工艺提供了依据。
短句来源
  相似匹配句对
     Effects of hot rolling lubrication
     热轧润滑的效果 热轧润滑技术讲座(二)
短句来源
     Lubrication of Rolling Contact Bearing
     滚动轴承的润滑
短句来源
     On Rail Lubrication
     论轨道润滑
短句来源
     ROLLING STARTINGSHEET
     轧制始极片
短句来源
     LUBRICATION OF CERAMICS
     陶瓷的润滑问题
短句来源
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The stable rolling factor K S was developed to decide the stability of rolling process by comparing the friction coefficient in hydrodynamic lubrication rolling with allowed minimum friction coefficient in rolling. The results in calculations and experiments showed that K S value reduced with decreasing reduction rate, which caused the negative forward slip and a change of friction direction and a poor rolled surface when K S<1. Only reduction rate reached a certain value and...

The stable rolling factor K S was developed to decide the stability of rolling process by comparing the friction coefficient in hydrodynamic lubrication rolling with allowed minimum friction coefficient in rolling. The results in calculations and experiments showed that K S value reduced with decreasing reduction rate, which caused the negative forward slip and a change of friction direction and a poor rolled surface when K S<1. Only reduction rate reached a certain value and K S>1 can rolling be stable process and good rolled surface quality be obtained.

通过比较流体润滑状态下冷轧变形区摩擦系数与轧机允许最小摩擦系数得出轧制稳定因子KS,用于判断其轧制过程是否稳定。计算与实验结果表明:KS值随压下率减小而降低,且当KS<1时出现负前滑及摩擦力反向,同时轧后板面质量变差。因此,只有当压下率达到一定值后,KS>1,才能实现稳定轧制并获得优异的轧后板面质量。

The present paper discussed problem about further reduction of hot roll consumption by adopting a number of new technologies which involve proper selection of roll material, speed-up of application of new roll material, stringent management on the rolls, popularization of roll surface repair and hardening technique, improvement in the cooling conditions for rolls and development in the new hot-lubrication rolling process.

从合理选用轧辊材料、加快新材质轧辊的应用步伐、加强轧辊的管理工作、推广应用轧辊表面修复和强化技术、改善轧辊的冷却条件、开发热润滑轧制新技术等方面探讨了进一步降低热轧辊辊耗的问题

A mixed factor is developed to determine the inlet film thickness when the average flow model is applied in the mixed lubrication rolling process. It combines the effects of the flow factor and the contact factor, and simplifies the lubrication model of rolling. The calculated and experimental results show that surface roughness affects the film thickness even in the hydrodynamic lubrication rolling. So the mixed factor is not only applied to the mixed lubrication rolling but...

A mixed factor is developed to determine the inlet film thickness when the average flow model is applied in the mixed lubrication rolling process. It combines the effects of the flow factor and the contact factor, and simplifies the lubrication model of rolling. The calculated and experimental results show that surface roughness affects the film thickness even in the hydrodynamic lubrication rolling. So the mixed factor is not only applied to the mixed lubrication rolling but also in the hydrodynamic lubrication rolling. [

运用平均流动模型求解混合润滑轧制变形区入口膜厚问题时 ,提出了混合因子m,它综合了流动因子x 和接触因子c 对入口膜厚的影响 ,简化了轧制润滑模型。计算和实验表明 ,在流体润滑条件下 ,表面粗糙效应对形膜亦有一定的影响 ,也即混合因子m 还适用于流体润滑轧制 ,且修正了未考虑表面粗糙效应而引起的不足。

 
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