一重技术
一重技術
일중기술
CFHI TECHNOLOGY
2015年
4期
1-6
,共6页
魏田华%殷文齐%杜建伟
魏田華%慇文齊%杜建偉
위전화%은문제%두건위
热模锻压机%传动轴%滑动轴承%油膜%压力%承载力
熱模鍛壓機%傳動軸%滑動軸承%油膜%壓力%承載力
열모단압궤%전동축%활동축승%유막%압력%승재력
hot die forging press%cardan shaft%slip bearing%oil film%pressure%load capacity
介绍用于动压径向滑动轴承油膜承载能力计算的雷诺方程。根据雷诺计算模型确定某热模锻压机传动轴滑动轴承的关键尺寸,并以该动压径向滑动轴承为基础,建立有限元模型,分析在不同最小油膜厚度下油膜上的压力分布和承载力变化,分析得出滑动轴承的最大承载能力及其所对应的最小油膜厚度。
介紹用于動壓徑嚮滑動軸承油膜承載能力計算的雷諾方程。根據雷諾計算模型確定某熱模鍛壓機傳動軸滑動軸承的關鍵呎吋,併以該動壓徑嚮滑動軸承為基礎,建立有限元模型,分析在不同最小油膜厚度下油膜上的壓力分佈和承載力變化,分析得齣滑動軸承的最大承載能力及其所對應的最小油膜厚度。
개소용우동압경향활동축승유막승재능력계산적뢰낙방정。근거뢰낙계산모형학정모열모단압궤전동축활동축승적관건척촌,병이해동압경향활동축승위기출,건립유한원모형,분석재불동최소유막후도하유막상적압력분포화승재력변화,분석득출활동축승적최대승재능력급기소대응적최소유막후도。
The essay introduces the Reynolds equation used to calculate the load capacity of oil film of slip bearing which is in dynamic pressure and radial type for the cardan shaft of the hot die forging press. The key dimension of the bearing is designed by Reynolds model. The finite element model is created based upon such dynamic pressure and radial slip bearing, the result of which analyse the pressure distribution on the oil film and variation of load capacity under different minimum oil film thickness. It concludes the maximum load capacity and the corresponding different minimum oil film thickness.