Modern State of Experimentation and Modeling in Contact Fatigue Phenomenon: Part II—Analysis of the Existing Statistical Mathematical Models of Bearing and Gear Fatigue Life. New Statistical Model of Contact Fatigue

REFERENCES

• Chiu , Y. P. , Tallian , T. E. , McCool , J. I. and Martin , J. A. , “ A Mathematical Model of Spalling Fatigue Failure in Rolling Contact ,” ASLE Trans. , 12 , pp 106 – 116 ( 1969 ).
   Google Scholar
• Chiu , Y. P. , Tallian , T. E. and McCool , J. I. , “ An Engineering Model of Spalling Fatigue Failure in Rolling Contact. I. The Subsurface Model ,” Wear , 17 , pp 433 – 446 ( 1971a ).
   Web of Science ®Google Scholar
• Chiu , Y. P. , Tallian , T. E. and, McCool , J. I. , “ An Engineering Model of Spalling Fatigue Failure in Rolling Contact. II. The Surface Model ,” Wear , 17 , pp 447 – 461 ( 1971b ).
   Web of Science ®Google Scholar
• Coy , J. J. , Townsend , D. P. and Zaretsky , E. V. , “ Dynamic Capacity and Surface Fatigue Life for Spur and Helical Gears ,” ASME Jour, of Lubr. Tech. , 98 , pp 267 – 276 ( 1976 ).
   Web of Science ®Google Scholar
• Blake , J. W. , “ A Surface Pitting Life Model for Spur Gears ,” Ph.D. Dissertation, Northwestern University , ( 1989 ).
   Google Scholar
• Dwyer-Joyce , R. S. , Hamer , J. C. , Sayles , R. S. and Ioannides , E. , “ Surface Damage Effects Caused by Debris in Rolling Bearing Lubricants, with an Emphasis on Friable Materials,” in Proc. Rolling Element Bearings-Towards the 21st Century, Seminar organized by the Tribology Group of the Institution of Mechanical Engineers , pp 1 – 8 ( 1990 ).
   Google Scholar
• Hamer , J. C. , Lubrecht , A. A. , Ioannides , E. and Sayles , R. S. , “ Surface Damage on Rolling Elements and Its Subsequent Effects on Performance and Life ,” Tribological Design of Machine Elements , Dowson , D. , Taylor , C. M. , Godet , M. and Berthe , D. , Eds. Elsevier Science Publishers B.V. , Amsterdam , pp 189 – 197 ( 1989 ).
   Google Scholar
• Ioannides , E. and Harris , T. A. , “ A New Fatigue Life Model for Rolling Bearings ,” ASME Jour. of Trib. , 107 , pp 367 – 378 ( 1985 ).
   Web of Science ®Google Scholar
• Ioannides , E. , Jacobson , B. and Tripp , J. H. , “ Prediction of Rolling Bearing Life Under Practical Operating Conditions ,” Tribological Design of Machine Elements , Dowson , D. , Taylor , C. M. , Godet , M. and Berthe , D. , Eds. Elsevier Science Publishers B.V. , Amsterdam , ( 1989 ).
   Google Scholar
• ISO , Draft International Standard ISO/DIS 281, Rolling Bearings-Dynamic Load Ratings and Rating Life , Geneva , Switzerland , ( 1989 ).
   Google Scholar
• Ko , C. N. and Ioannides , E. , “ Debris Denting - The Associated Residual Stresses and Their Effect on the Fatigue Life of Rolling Bearing: An FEM Analysis ,” Tribological Design of Machine Elements , Dowson , D. , Taylor, CM., Godet , M. and Berthe , D. , Eds. Elsevier Science Publishers B.V. , Amsterdam , pp 199 – 207 ( 1989 ).
   Google Scholar
• Kudish , I. I. , “ Contact Problem of the Theory of Elasticity for Prestressed Bodies with Cracks ,” Jour, of Applied Mechanics and Technical Physics , 28 , 2 , pp 295 – 303 ( 1987 ) (in English).
   Google Scholar
• Kudish , I. I, and Burris , K. W. , “ Modem State of Experimentation and Modeling in Contact Fatigue Phenomenon. Part I. Contact Fatigue vs. Normal and Tangential Contact and Residual Stresses. Nonmetallic Inclusions and Lubricant Contamination. Crack Initiation and Crack Propagation. Surface and Subsurface Cracks,” Trib. Trans… pp, ( 2000a ).
   Google Scholar
• Lundberg , G. and Palmgren , A. , “ A Dynamic Capacity of Rolling Bearings. ” Acta Polytechnica, Mechanical Engineering, Ser. 1, Royal Swedish Academy of Engineering Sciences , 7 , pp 5 – 32 ( 1947 ).
   Google Scholar
• Romaniv , O. N. , Yarema , S. Ya. , Nikiforchin , G. N. , Makhutov , N. A. and Stadnik , M. M. , Fracture Mechanics and Strength of Materials. Vol. 4. Fatigue and Cyclic Crack Resistance of Construction Materials , Naukova Dumka Publisher , Kiev , pp 354 – 358 ( 1990 ) (in Russian).
   Google Scholar
• Royden , H. L. , Real Analysis , Prentice Hall Publishing , New York , ( 1988 ).
   Google Scholar
• Sayles , R. S. and Ioannides , E. , “ Debris Damage in Rolling Bearings and Its Effects on Fatigue Life ,” ASME Jour. of Trib. , 110 , pp 26 – 31 ( 1988 ).
   Web of Science ®Google Scholar
• Stover , J. D. and Kolarik II , R. V. , “ The Evaluation of Improvements in Bearing Steel Quality Using an Ultrasonic Macro-Inclusion Detection Method ,” The Timken Company Technical Note , pp 1 – 12 ( 1987 ).
   Google Scholar
• Stover , J. D. , Kolarik II , R. V. and Keener , D. M. , “ The Detection of Aluminum Oxide Stringers in Steel Using an Ultrasonic Measuring Method,” in Proc. of the 31st Mechanical Working and Steel Processing Conference, Chicago, Iron and Steel Society, Inc. , pp 431 – 440 ( 1990 ).
   Google Scholar
• Tallian , T. E. , “ An Engineering Model of Spalling Fatigue Failure in Rolling Contact. III. Engineering Discussion and Illustrative Examples ,” Wear , 17 , pp 463 – 480 ( 1971 ).
   Web of Science ®Google Scholar
• Tallian , T. E. , “ Prediction of Rolling Contact Fatigue Life in Contaminated Lubricant: Part I - Mathematical Model ,” ASME Jour, of Lubr. Tech. , 98 , 2 , pp 251 – 257 ( 1976a ).
   Web of Science ®Google Scholar
• Tallian , T. E. , “ Prediction of Rolling Contact Fatigue Life in Contaminated Lubricant: Part II - Experimental ,” ASME Jour, of Lubr. Tech. , 98 , 2 , pp 384 – 392 ( 1976b ).
   Google Scholar
• Tallian , T. E. , Chiu , Y P. and Van Amerongen , E. , “ Prediction of Traction and Microgeometry Effects on Rolling Contact Fatigue Life ,” ASME Jour, of Lubr. Tech. , 100 , 2 , pp 156 – 166 ( 1978 ).
   Google Scholar
• Tallian , T. E. , “ Rolling Bearing Life Modifying Factors for Film Thickness, Surface Roughness, and Friction ,” ASME Jour, of Lubr. Tech. , 103 , 4 , pp 509 – 520 ( 1981 ).
   Google Scholar
• Tallian , T. E. , “ A Unified Model for Rolling Contact Life Prediction ,” ASME Jour, of Lubr. Tech. , 104 , 3 , pp 336 – 346 ( 1982 ).
   Google Scholar
• Tallian , T. E. , “ Unified Rolling Contact Life Model with Fatigue Limit ,” Wear , 107 , pp 13 – 36 ( 1986 ).
   Web of Science ®Google Scholar
• Tallian , T. E. , “ Rolling Bearing Life Prediction. Corrections for Material and Operating Conditions. Part I: General Model and Basic Life ,” ASME Jour, of Lubr. Tech. , 110 , 1 , pp 1 – 6 ( 1988a ).
   Web of Science ®Google Scholar
• Tallian , T. E. , “ Rolling Bearing Life Prediction. Corrections for Material and Operating Conditions. Part II: The Correction Factors ,” ASME Jour, of Lubr. Tech. , 110 , 1 , pp 7 – 13 ( 1988b ).
   Web of Science ®Google Scholar
• Tallian , T. E. , “ Simplified Contact Fatigue Life Prediction Model - Part I: Review of Published Models ,” ASME Jour, of Trib. , 114 , 1 , pp 207 – 213 ( 1992a ).
   Web of Science ®Google Scholar
• Tallian , T. E. , “ Simplified Contact Fatigue Life Prediction Model - Part II: New Model ,” ASME Jour. of Trib. , 114 , I , pp 214 – 222 ( 1992b ).
   Google Scholar