Effect of Surface Asperity on Elastohydrodynamic Lubrication |
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Contents
CHAPTER | 3 |
Viscosity and Density Variations | 10 |
DISCUSSION OF RESULTS | 25 |
2 other sections not shown
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Common terms and phrases
approaches approximately asperity height asperity moves Asperity Width assumed CALCULATION CALL DHD center film thickness center pressure coefficient constant contact region CONTINUE cylinder defined deformation density depends derivative determined DIMENSION effect elasticity Exponential Lubricant Model Film Thickness 1.0 film thickness profiles FORMAT formula function governing equation grid Hertzian HO(M hydrodynamic increase inlet pressure integral intervals K=KI K=KI,KO load matrix method middle region Model G numerical obtained Pj,m PK,m present study Pressure and film pressure distribution Pressure Film Thickness pressure profile problem pure rolling respect RETURN rolling and sliding second half separation shown single solving speed steady step Straight Exponential Lubricant surface system equations tion transient U₁ U₂ values variables viscosity written др дх ЭР Աշ