LUBRICATION OF ROLLERS WITH PRESSURE AND TEMPERATURE EFFECTS ON CONSISTENCY OF THE POWER LAW LUBRICANTS

Thick fluid film lubrication of cylinders is here presented including the effects of non Newtonian power law lubricants with normal squeezing motion & cavitations. The two dimensional consistency change of the power law lubricant is considered to be pressure and temperature dependent. The results for pressure and temperature are computed including loads, traction for various values of the consistency index n and normal velocity q. These results are metaphor with the previous one. Most of them are found to be in good agreement with the previous findings.