Abstract
Treating viscosity as a function of temperature and pressure and taking approximate account of the variation of density, the load-supporting capacity of the stepped slider bearing with adiabatic lubricant flow is found. The importance of the “density-wedge” effect is noted and a numerical example is worked out illustrating the effect of different locations of the step on load capacity and comparing the performance of the stepped slider with the flat inclined-plane slider.
Issue Section:
Research Papers
Topics:
Flow (Dynamics),
Lubricants,
Lubrication,
Slider bearings,
Density,
Stress,
Pressure,
Temperature,
Viscosity,
Wedges
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