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首页> 外文期刊>International Journal of Mechanical Sciences >Ferrofluid lubrication in porous inclined slider bearing with velocity slip
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Ferrofluid lubrication in porous inclined slider bearing with velocity slip

机译:带速度滑移的多孔斜滑块轴承中的铁磁润滑

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摘要

The effects of slip velocity and the material constant in a porous inclined slider bearing lubricated with a ferrofluid were theoretically studied by using Jenkins model. Expressions were obtained for pressure, load capacity, friction on the slider, coefficient of friction and position of the centre of pressure. The increase in slip parameter caused decrease in load capacity as well as friction and increase in the coefficient of friction without altering the centre of pressure much. As the material constant increased, the load capacity decreased, friction and coefficient of friction increased and the position of the centre of pressure shifted slightly towards the inlet of the bearing.
机译:利用詹金斯模型理论研究了铁磁流体润滑的多孔斜滑块轴承的滑动速度和材料常数的影响。获得了压力,负载能力,滑块上的摩擦,摩擦系数和压力中心位置的表达式。滑移参数的增加导致载荷能力以及摩擦的减小,并且摩擦系数的增加没有太大地改变压力中心。随着材料常数的增加,负载能力降低,摩擦和摩擦系数增加,并且压力中心的位置朝轴承的入口略微偏移。

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