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DISCUSSION OF RESULTS
APPENDIX A Symbols List
2 other sections not shown
5PT»PP,S3,S4 DIMENSION asperity approaches asperity enters asperity height asperity located asperity moves asperity width CALL DHD CALL INTEG center film thickness center pressure contact region contact surface contact width CONVERGED SOLUTION deformation formula DEK K)=DEN(K density determined Elastohydrodynamic Equation elastohydrodynamic lubrication film thickness increases film thickness profiles FORMAT(5H GO TO 25 governing equation grid point grid spacings H. S. Cheng Hertzian pressure Hertzian profile HOO=HO(M hydrodynamic lubrication inlet pressure inlet region integral K+l,m K,m K=KI K=KI»KO KA,m KA+1 load lower cylinder matrix middle region NEWTON-RAPHSON METHOD PKA=P(KA Poisson's ratio present study pressure and film pressure distribution pressure increase pressure peak pressure profile pure rolling region is assumed RETURN END SUBROUTINE Reynolds equation rolling and sliding rolling speed second half solving squeezing action steady state film steady state pressure system equations tion transient upper cylinder Young's modulus