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CHAPTER 3 - Thick-Film Lubrication

Published online by Cambridge University Press:  05 June 2012

Andras Z. Szeri
Andras Z. Szeri
Affiliation:
University of Delaware
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Fluid Film Lubrication , pp. 88 - 146
Publisher: Cambridge University Press
Print publication year: 2010

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References

Ai, X.Cheng, H. S. 1994 A transient EHL analysis for line contacts with measured surface roughness using multigrid techniqueASME J. Tribol 116 549CrossRefGoogle Scholar
Ai, X.Cheng, H. S. 1996 The effect of surface structure on EHL point contactsASME J. Tribol 118 569CrossRefGoogle Scholar
Ai, X.Zheng, L. 1989 A general model for microelastohydrodynamic lubrication and its full numerical solutionASME J. Tribol 111 569CrossRefGoogle Scholar
Almqvist, A.Dasht, J. 2006 The homogenization process of the Reynolds equation describing compressible liquid flowTribol. Int 39 994CrossRefGoogle Scholar
Anno, J.Walowit, J. A.Allen, C. M. 1968 Microasperity lubricationASME J. Lubr. Techol 90 351CrossRefGoogle Scholar
Anno, J.Walowit, J. A.Allen, C. M. 1969 Load support and leakage from microasperity-lubricated face sealsASME J. Lubr. Techol 91 726CrossRefGoogle Scholar
Arghir, M.Roucou, N.Helene, M.Frene, J. 2003 Theoretical analysis of the incompressible laminar flow in a macro-roughness cellASME J. Tribol 125 309CrossRefGoogle Scholar
Bhushan, B.Tonder, K. 1989 Roughness induced shear and squeeze film effects in magnetic recording – Part i: AnalysisASME J. Tribol 111 220CrossRefGoogle Scholar
Brajdic-Mitidieri, P.Gosman, A. D.Ioannides, E.Spikes, H. A. 2005 CFD analysis of low friction pocketed pad bearingJ. Tribol 127 803CrossRefGoogle Scholar
Brizmer, V.Kligerman, Y.Etsion, I. 2003 A laser surface textured parallel thrust bearingTribol. Trans 46 397CrossRefGoogle Scholar
Buscaglia, G. C.Jai, M. 2000 A new numerical scheme for non uniform homogenized problems: application to the non linear Reynolds compressible equationMath. Probl. Eng 7 355CrossRefGoogle Scholar
Cameron, A. 1966 The Principles of LubricationWileyNew YorkGoogle Scholar
Chang, L.Webster, M. N. 1991 A study of elastohydrodynamic lubrication of rough surfacesASME J. Tribol 103 110CrossRefGoogle Scholar
Christensen, H.Tonder, K. 1969 Tribology of rough surfaces: stochastic models of hydrodynamic lubricationSintef ReportTrondheim, NorwayGoogle Scholar
Coyne, J. C.Elrod, H. G. 1970 Conditions for the rupture of a lubricating film, Part 1, Theoretical modelTrans. ASME Ser. F 92 451Google Scholar
Coyne, J. C.Elrod, H. G. 1970
Cupillard, S.Glavatskih, S.Cervantes, M. J. 2008 Computational fluid dynamics analysis of a journal bearing with surface texturingProc IMechE J 222 97CrossRefGoogle Scholar
Dai, R. X.Dong, Q.Szeri, A. Z. 1992 Approximations in lubrication theoryASME J. Tribol 114 14CrossRefGoogle Scholar
Dobrica, M. B.Fillon, M. 2009 About the validity of Reynolds equation and inertia effects in textured sliders of infinite widthProc. IMechE J 223 69CrossRefGoogle Scholar
Dowson, D.Taylor, C. M. 1979 Cavitation in bearingsAnn. Rev. Fluid. Mech 11 35CrossRefGoogle Scholar
Dowson, D.Godet, M.Taylor, C. M. 1975 Cavitation and Related Phenomena in LubricationInstitute of Mechanical EngineersLondonGoogle Scholar
DuBois, G. B.Ocvirk, F. W. 1955
Dyer, D.Reason, B. R. 1976 A study of tensile stresses in a journal-bearing oil filmJ. Mech. Eng. Sci 18 46CrossRefGoogle Scholar
Elrod, H. G. 1973 Thin film lubrication theory for Newtonian fluids with surfaces possessing striated roughness or groovingASME J. Lubr. Technol 95 484CrossRefGoogle Scholar
Elrod, H. G. 1979 A general theory for laminar lubrication with Reynolds roughnessASME J. Lubr. Technol 101 8CrossRefGoogle Scholar
Elrod, H. G. 1981 A cavitation algorithmJ. Lub. Tech 103 350CrossRefGoogle Scholar
Elrod, H. G.Adams, M. L. 1974 A computer program for cavitation and starvation problemsLeeds-Lyon Conference on CavitationLeeds UniversityEnglandGoogle Scholar
Etsion, I. 2005 State of the art in laser surface texturingASME J. Tribol 127 248CrossRefGoogle Scholar
Etsion, I.Burstein, L. 1996 A model for mechanical face seals with regular microsurface structureTribol. Trans 39 677CrossRefGoogle Scholar
Etsion, I.Halperin, G.Brizmer, V.Kligerman, Y. 2004 Experimental investigation of laser surface textured parallel thrust bearingsTribol. Lettr 17 295CrossRefGoogle Scholar
Etsion, I.Kligerman, Y.Halperin, G. 1999 Analytical and experimental investigation of laser textured mechanical face sealTribol. Trans 42 511CrossRefGoogle Scholar
Finlayson, B. 1972 The Method of Weighted ResidualsAcademic Press, New YorkGoogle Scholar
Floberg, L. 1961 On hydrodynamic lubrication with special reference to cavitation in bearingsChalmers Tek. Hoegsk. HandlDissertationGoogle Scholar
Floberg, L. 1964 Cavitation in lubricating oil filmsCavitation in Real LiquidsDavies, R.American ElsevierNew York3Google Scholar
Gourley, W. E. 1977 Laminar flow between closely spaced rotating disks with variable viscosityM.Sc. Thesis, Univ. of PittsburghGoogle Scholar
Gross, W. A. 1962 Gas Film LubricationWiley, New YorkGoogle Scholar
Hamilton, D. B.Walowit, J. A.Allen, C. M. 1966 A theory of lubrication by micro irregularitiesASME J. Basic Eng 88 177CrossRefGoogle Scholar
Hays, D. F. 1958 Plane sliders of finite widthTrans. ASLE 1 233CrossRefGoogle Scholar
Heller, S.Shapiro, W. 1968 A numerical solution for the incompressible hybrid journal bearing with cavitationTrans. ASME 90 508Google Scholar
Hildebrand, F. B. 1965 Methods of Applied MathematicsPrentice-HallGoogle Scholar
Hu, Y. Z.Tonder, K. 1992 Simulation of 3-D Random surface by 2-D digital filter and Fourier analysisInt. J. Mach. Tools Manufact 32 38CrossRefGoogle Scholar
Jai, M.Bou-Said, B. 2002 A comparison of homogenization and averaging techniques for the treatment of roughness in slip-flow-modified Reynolds equationASME J. Tribol 124 327CrossRefGoogle Scholar
Jameson, A. 1975 Transonic potential flow calculations in conservative formProceedings of 2nd Computational ConferenceHartford148Google Scholar
Kane, M.Bou-Said, B. 2004 Comparison of homogenization and direct techniques for the treatment of roughness in incompressible lubricationASME J. Tribol 126 733CrossRefGoogle Scholar
Kligerman, Y.Etsion, I. 2001
Li, J.Chen, H. 2007 Evaluation on applicability of Reynolds equation for squared transverse roughness compared to CFDJ. Tribol 129CrossRefGoogle Scholar
Lubrecht, A. A.ten Napel, W. E.Bosma, R. 1986 Multigrid, an alternative method for calculating film thickness and pressure profile in elastohydrodynamic line contactsASME J. Tribol 110 551CrossRefGoogle Scholar
Lund, J. W. 1964 Spring and damping coefficients for the tilting-pad journal bearingASLE Trans 7 342CrossRefGoogle Scholar
Lund, L.Tonder, K. 1997 Numerical simulation of the effects of three-dimensional roughness on hydrodynamic lubrication: correlation coefficientsASME J. Tribol 119 315CrossRefGoogle Scholar
Mitsuya, Y.Fukui, S. 1986 Stokes roughness effects on hydrodynamic lubricationASME J. Tribol 108 151CrossRefGoogle Scholar
O’Donoghue, J. P.Koch, P. R.Hooke, C. J. 1970 Approximate short bearing analysis and experimental results obtained using plastic bearing linersProc. Inst. Mech. Eng 184 190Google Scholar
Opitz, H. 1968
Patir, N. 1978 A numerical procedure for random generation of rough surfacesWEAR 47 263CrossRefGoogle Scholar
Patir, N.Cheng, H. S. 1978 An average flow model for determining effects of three-dimensional roughness on partial hydrodynamic lubricationASME J. Lubr. Technol 100 12CrossRefGoogle Scholar
Patir, N.Cheng, H. S. 1979 Application of average flow model to lubrication between rough sliding surfacesASME J. Lubr. Technol 101 220CrossRefGoogle Scholar
Peeken, H. J.Knoll, G.Rienäcker, A.Lang, J.Schönen, R. 1997 On the numerical determination of flow factorsASME J. Tribol 119 259CrossRefGoogle Scholar
Peklenik, J. 1968 New developments in surface characterization and measurements by means of random process analysisProc. Inst. Mech. Eng., London 182 108Google Scholar
Pinkus, O. 1958 Solutions of the tapered-land sector thrust bearingTrans. ASME 80 1510Google Scholar
Pinkus, O.Sternlicht, B. 1961 Theory of Hydrodynamic LubricationMcGraw-HillGoogle Scholar
Plesset, M. S. 1949 The dynamics of cavitation bubblesJ. Appl. Mech 16 277Google Scholar
Raimondi, A. A. 1959 Theoretical study of the effect of offset loads on the performance of a partial journal bearingTrans. ASLE 2 147CrossRefGoogle Scholar
Raimondi, A. A. 1960 The influence of longitudinal and transverse profile on the load capacity of pivoted pad bearingsTrans. ASLE 3 265CrossRefGoogle Scholar
Raimondi, A. A.Boyd, J. 1955 Applying bearing theory to the analysis and design of pad-type bearingsTrans. ASME 77 287Google Scholar
Raimondi, A. A.Boyd, J. 1958 A Solution for the finite journal bearing and Its application to analysis and designTrans. ASLE 1 159CrossRefGoogle Scholar
Raimondi, A. A.Szeri, A. Z. 1984 Journal and thrust BearingsHandbook of LubricationBooser, E. R.CRC Press, Boca Raton, FLGoogle Scholar
Reddi, M. M. 1970 Finite element solution of the incompressible lubrication problemTrans. ASME, Ser. F 91 524Google Scholar
Reynolds, O. 1886 On the theory of lubrication and its application to Mr. Beauchamp Tower's experimentsPhilos. Trans. Roy. Soc 177Google Scholar
Rippel, H. C. 1963 Cast Bronze Hydrostatic Bearing ManualCast Bronze Bearing InstituteClevelandGoogle Scholar
Rowe, W. B.O’Donoghue, J. P. 1971 A review of hydrostatic bearing designExternally Pressurized Bearings157Instit. Mech. EngrsLondonGoogle Scholar
Safar, Z. S.Szeri, A. Z. 1972 A variational solution for the 120-degree partial journal bearingJ. Mech. Eng. Sci 14 221CrossRefGoogle Scholar
Savage, M. D. 1977 Cavitation in lubricationJ. Fluid Mech 80 743CrossRefGoogle Scholar
Smith, E. 1975 A Study of Film Rupture in Hydrodynamic LubricationThesis, Univ. of LeedsGoogle Scholar
Sommerfeld, A. 1904 Zürhydrodynamische theorie der SchmiermittelreibungZ. Math. Phys 50 97Google Scholar
Sun, D. C.Chen, K.K. 1977 First effects of Stokes roughness of hydrodynamic lubricationASME J. Lubr. Technol 99 2CrossRefGoogle Scholar
Szeri, A. Z. 1975 Hydrostatic bearing pads: a matrix iterative solutionTrans. ASLE 19 72CrossRefGoogle Scholar
Szeri, A. Z. 1980 Tribology: Friction, Lubrication, and WearHemisphere Publishing CorporationNew YorkGoogle Scholar
Szeri, A. Z.Adams, M. L. 1978 Laminar flow between closely spaced rotating disksJ. Fluid Mech 86 1CrossRefGoogle Scholar
Szeri, A. Z.Philips, C. 1974 An iterative solution for the plane hybrid bearingTrans. ASLE 18 116CrossRefGoogle Scholar
Szeri, A. Z.Powers, D. 1967 Full journal bearings in laminar and turbulent regimesJ. Mech. Eng. Sci 9 167CrossRefGoogle Scholar
Szeri, A. Z.Powers, D. 1970 Pivoted plane pad bearings: a variational solutionTrans. ASME, Ser. F 92 466Google Scholar
Tao, L. N. 1959 The hydrodynamic lubrication of sector thrust bearings6th Midwest. Conf. Fluid MechAustin, Tex406Google Scholar
Taylor, G. I. 1964 Cavitation in hydrodynamic lubricationCavitation in Real LiquidsDavies, R.American ElsevierNew YorkGoogle Scholar
Temperley, H. N. V. 1975
Tonder, K. 2001 Inlet roughness tribodevices: dynamic coefficients and leakageTribol. Int 34 847CrossRefGoogle Scholar
Tonder, K.Christensen, H. 1972 Waviness and roughness in hydrodynamic lubricationProc. Instn. Mech. Engrs 186 807CrossRefGoogle Scholar
Tripp, J. H. 1983 Surface roughness effects in hydrodynamic lubrication: the flow factor methodASME J. Lubr. Technol 105 458CrossRefGoogle Scholar
Tzeng, S.T.Saibel, E. 1967 Surface roughness effect on slider lubricationASLE Trans 10 334CrossRefGoogle Scholar
Vijayaraghavan, D.Keith, T. G. 1990 An efficient, robust, and time accurate numerical scheme applied to a cavitation algorithmASME J. Tribol 112 44CrossRefGoogle Scholar
Vijayaraghavan, D.Keith, T. G. 1990 Grid transformation and adaption techniques applied in the analysis of cavitated journal bearingsASME J. Tribol 112 52CrossRefGoogle Scholar
Vijayaraghavan, D.Keith, T. G. 1990 Analysis of a finite grooved misaligned journal bearing considering cavitation and starvation effectsASME J. Tribol 112 60CrossRefGoogle Scholar
Vijayaraghavan, D.Keith, T. G.Brew, D. E. 1991 Extension of transonic flow computational concepts in the analysis of cavitated bearingsASME J. Tribol 113 539CrossRefGoogle Scholar
Woods, C. M.Brewe, D. E. 1988 The solution of the Elrod algorithm for a dynamically loaded journal bearing using multigrid techniquesASME / STLE Tribology ConferenceBaltimoreGoogle Scholar

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