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首页> 外文期刊>American journal of fluid dynamics >Lubrication of Isotropic Permeable Porous Inclined Slider Bearing with Slip Velocity and Squeeze Velocity
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Lubrication of Isotropic Permeable Porous Inclined Slider Bearing with Slip Velocity and Squeeze Velocity

机译：滑速和挤压速度的各向同性渗透多孔斜滑块轴承的润滑

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This paper theoretically discusses about the inclined slider bearing with porous layer ( plates or matrix ) attached to slider as well as stator including effects of slip velocity, and squeeze velocity. General Reynolds’s equation which is useful for calculating load capacity is obtained. The load capacity is calculated for isotropic case for various porosities of the above and below porous matrix. Various sizes of the porous matrix at both the ends are also discussed for the possible optimization of bearing performance. From the results we conclude that better load capacity is obtained when the thicknesses of both the porous plates are small and porosity is less. It can also be concluded from results that for smaller thickness of the porous layer and lesser porosity the load capacity increased 1.5 %.
机译：本文从理论上讨论了在滑动器和定子上附着有多孔层（板或基体）的倾斜滑动器轴承，包括滑动速度和挤压速度的影响。获得了可用于计算负载能力的通用雷诺方程。对于各向同性情况，计算了上下多孔基质的各种孔隙率的负载能力。还讨论了两端的各种尺寸的多孔基体，以优化轴承性能。从结果可以得出结论，当两个多孔板的厚度都较小且孔隙率较小时，可以获得更好的负载能力。从结果还可以得出结论，对于较小的多孔层厚度和较小的孔隙率，负载能力提高了1.5％。

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