Analysis of Step Journal Bearings—Finite Length, Stability

REFERENCES

• Reddi , M. M. , “ Finite-Element Solution of the Incompressible Lubrication Problem ” J. of Lubr. Tech., Trans. ASME , 91 , 3 , pp 524 – 433 July ( 1969 ).
   Google Scholar
• Booker , J. F. and Huebner , K. H. , “ Application of Finite Elements to Lubrication: An Engineering Approach. ” J. of Lubri. Tech., Trans. ASME , 24 , 4 , pp 313 – 323 October ( 1972 ).
   Google Scholar
• Allaire , P. E. , Nicholas , J. C. and Gunter , E. J. , “ Systems of Finite Elements Tor Finite Bearings ,” J. of Lubr. Tech., Trans. ASME , 99 , 2 , pp 187 – 197 April ( 1977 ).
   Google Scholar
• Burton , R. A. and Carper , H. J. , “ An Experimental Study of Annular Flows with Application in Turbulent Film Lubrication ,” J. of Lubr. Tech., Trans. ASME , Series F, 89 , 3 , pp 381 – 389 ( 1967 ).
   Google Scholar
• Constantinescu , V. N. , “ On the Influence of the Inertia Forces in Turbulent and Laminar Self-Acting Films ,” J. of Lubr. Tech., Trans. ASME , Series F. 92 , 3 , pp 473 – 481 ( 1970 ).
   Google Scholar
• Putre , H. A. , “ Computer Solution of Unsteady Navier-Stokes Equations for an Infinite Hydrodynamic Step Bearing. ” NASA TN D-5682 , Lewis Research Center , Cleveland , Ohio , April 1970 .
   Google Scholar
• Constantinescu , V. N. and Galetuse , S. , “ On the Possibilities of Improving the Accuracy of the Evaluation of the Inertia Forces in Laminar and Turbulent Films ,” J. of Lubr. Tech., Trans. ASME , Series F. 96 , 1 , pp 69 – 79 ( 1974 ).
   Google Scholar
• Smalley , A. J. , Vohr , J. H. , Castelli , V. , and Wachmann , C. , “ An Analytical and Experimental Investigation of Turbulent Flow in Bearing Films Including Connective Fluid Inertia Forces ,” J. of Lubr. Tech., Trans. ASME , Series F. 96 , 1 , pp 151 – 157 ( 1974 ).
   Google Scholar
• Constantinescu , V. N. , Galetuse , S. and Kennedy , F. , “ On the Comparison Between Lubrication Theory Including Turbulence and Inertia Forces and Some Existing Experimental Data. ” J. of Lubr. Tech., Trans. ASME , pp 439 – 449 July ( 1975 ).
   Google Scholar
• Pan , C. H. T. , “ Calculation of Pressure, Shear, and Flow in Lubricating Films for High-Speed Bearings ,” J. of Lubr. Tech., Transs. ASME , Series F, 96 , 1 , pp 80 – 94 January ( 1974 ).
   Google Scholar
• Constantinescu , V. N. and Galetuse , S. , “ Pressure Drop Due to Inertia Forces in Step Bearings ,” J. of Lubr. Tech., Trans. ASME , 98 , 1 , pp 167 – 174 January ( 1976 ).
   Google Scholar
• Salimonu , D. O. , Kistler , A. L. and Burton , R. A. , “ Turbulent Flows Near Steps in a Thin Channel with One Moving Wall ,” J. of Lubr. Tech., Trans. ASME. pp 224 – 229 April ( 1977 ).
   Google Scholar
• King , K. F. and Taylor , C. M. , “ An Estimation of the Effect of Fluid Inertia on the Performance of the Plane Inclinded Slider Thrust Bearing with Particular Regard to Turbulent Lubrication ,” J. of Lubr. Tech., Trans. ASME , 99 , No. 1 . pp 129 – 135 January ( 1977 ).
   Google Scholar
• Allaire , P. E. , Nicholas , J. C. and Barrett , L. E. , “ Analysis of Step Journal Bearings—Infinite Length, Inertia Effects ,” ASLE Preprint No. 78-AM-3B-1 .
   Google Scholar
• Rayleigh , Lord , “ Notes on the Theory of Lubrication ,” Phil. Mag. , 35 , pp 1 – 12 ( 1918 ).
   Google Scholar
• Archibald , F. R. , “ A Simple Hydrodynamic Thrust Bearing ,” Trans. ASME , 72 , pp 393 – 400 ( 1950 ).
   Google Scholar
• Archibald , F. R. , “ Stepped Shape Film Applied to Journal Bearing ,” J. of the Franklin Inst. , 253 , pp 21 – 27 ( 1952 ).
   Google Scholar
• Kettleborough , C. F. , “ The Stepped Thrust Bearing—A Solution by Relaxation Methods. ” Trans. ASME , 76 , pp 19 – 24 ( 1954 ).
   Google Scholar
• Kettleborough , C. F. , “ An Electrolytic Tank Investigation into Stepped Thrust Bearings ,” Proc. Inst. of Mech. Eng. , 169 , pp 679 – 681 ( 1955 ).
   Google Scholar
• Wilcock , D. F. , “ The Hydrodynamic Pocket Bearing ,” Trans. ASME , 77 , p 311 , ( 1955 ).
   Google Scholar
• Kettleborough , C. F. , “ An Approximate Analytical Solution for the Stepped Bearing ,” J. of Appl. Mech., Trans. ASME , Series E. 83 , pp 507 – 510 ( 1961 ).
   Google Scholar
• Pinkus , O. and Sternlicht , B. , Theory of Hydrodynamic Lubrication , McGraw-Hill Book Company , New York , 1961 .
   Google Scholar
• Cameron , A. , The Principles of Lubrication , J. Wiley. New York , 1966 .
   Google Scholar
• Tanner , R. I. , “ Complex Variable Analysis for Stepped Thrust Bearing ,” J. of Lubr. Tech., Trans. ASME , Series F. 89 , pp 363 – 368 ( 1967 ).
   Google Scholar
• Hamrock , B. J. and Anderson , W. J. , “ Incompressibly Lubricated Rayleigh Step Journal Bearing I-Zero-Order Perturbation Solution ,” NASA TN D-4839 , October 1968 .
   Google Scholar
• Hamrock , B. J. and Anderson , W. J. , “ Incompressibly Lubricated Rayleigh Step Journal Hearing II—Infinite Length Solution. ” NASA TN D-4873. November 1968 .
   Google Scholar
• Hamrock , B. J. and Anderson , W. J. , “ Rayleigh Step Journal Bearing. Part II—incompressible Fluid ,” J. of Lubr. Tech., Trans. ASME , Series F. 90 , pp 641 – 650 ( 1969 ).
   Google Scholar
• Chow , C. Y. , Cheng , H. S. and Wilcock , D. F. , “ The Optimum Surface Profile for the Enclosed Pocket Hydrodynamic Gas Thrust Bearing ,” J. of Lubr. Tech., Trans. ASME , 92 , Series F. 2, pp 318 – 324 ( 1970 ).
   Google Scholar
• Rohde , S. M. , “ Finite Element Optimization of Finite Stepped Slider Bearing Profiles ,” ASLE Trans. , 17 , 2 , pp 105 – 110 ( 1974 ).
   Google Scholar
• McAllister , G. T. and Rohde , S. M. , “ An Optimization Problem in Hydrodynamic Lubrication Theory ,” General Motors Publication GMR-1758 , January 7, 1975 , pp 1 – 30
   Google Scholar
• Rohde , S. M. and McAllister , G. T. , “ On the Optimization of Fluid Film Bearings ,” General Motors Publication GMR-1783 , January 20, 1975 , pp 1 – 20
   Google Scholar
• Gregory , E. W. and Maday , C. J. , “ A Class of Maximum Load Capacity Sector Thrust Bearings ,” ASME Paper No. 76-LUB-6 , pp 1 – 5
   Google Scholar
• Wilcock , D. F. and Booser , E. R. , Bearing Design and Application , McGraw-Hill , New York , 1957 .
   Google Scholar
• Castelli , V. and Shapiro , W. , “ Improved Method for Numerical Solutions of the General Incompressible Fluid Film Lubrication Problem. ” J. of Lubr. Tech., Trans. ASME , pp 211 – 218 April ( 1967 ).
   Google Scholar
• Eierman , K. G. , “ Stability Analysis and Transient Motion of Axial Groove, Multilobe and Tilting Pad Bearings ,” MS Thesis, Department of Mechanical Engineering , Univeristy of Virginia, Charlottesville , Virginia , August 1976 .
   Google Scholar
• Lund , J. W. and Saibel , E. , “ Oil Whip Whirl Orbits of a Rotor in Sleeve Bearings ,” J. of Eng. for Ind., Trans. ASME , pp 813 – 823 November ( 1967 ).
   Google Scholar
• Barrett , L. E. , Allaire , P. E. , and Gunter , E. J. , “ Stability and Dynamic Response of Pressurized Journal Bearing with Nuclear Water Pump Applications ,” Annals of Nuclear Energy , 4 , Pergmon Press , 1977 .
   Google Scholar