REFERENCES
- Kenny , P. and Yardley , E D. , “ The Use of Unisteel Rolling Fatigue Machines to Compare the Lubrication Properties of Fire Resistant Fluids ,” Wear , 20 , pp 105 – 121 ( 1972 ).
- Knight , G C. , “ Water Hydraulics—Applications of Water Based Fluids to Hydraulic Systems ,” Tribology Intl. , 10 , pp 105 – 107 ( 1977 ).
- Knight , G C. , “ The Assessment of the Suitability of Hydrostatic Pumps and Motors for Use with Fire Resistant Fluids ,” Rolling Contact Fatigue—Performance Testing of Lubricants , London, edited by Tourret and Wright, published Heyden & Sons Ltd for IP , pp 193 – 215 ( 1977 ).
- Cantley , R E. , “ The Effect of Water in Lubricant Oil on Bearing Fatigue Life ,” ASLE Trans. , 20 , 3 , pp 244 – 248 ( 1977 ).
- Hobbs , R A. and Mullett , G W. , “ Effect of Some Hydraulic Fluid Lubricants on the Fatigue Lives of Roller Bearings ,” Proc. I. Mech. E. , 183 , pt 3P, pp 23 – 29 ( 1968-69 ).
- Scott , D. and Blackwell , J. , “ NEL Rolling Contact Tests—Accelerated Simulation Tests for Lubricants and Materials for Rolling Elements ,” Wear , 17 , pp 323 – 333 ( 1971 ).
- Ways , S. , “ Pitting Due to Rolling Contact ,” J. Appl. Mech. , 2 , A49 – A58 ( 1935 ).
- Phillips , M R. and Quinn , T F. J. , “ The Effects of Surface Roughness and Lubricant Film Thickness on the Contact Fatigue Life of Steel Lubricated with a Sulphur-Phosphorus Type Extreme Pressure Additive ,” Wear , 51 , pp 11 – 24 ( 1978 ).
- Phillips , M R. and Chapman , C J. S. , “ A Magnetic Method for Detecting the Onset of Surface Fatigue ,” Wear , 49 , pp 265 – 272 ( 1978 ).
- Harris , T A. , Rolling Bearing Analysis , John Wiley and Sons Inc. , NY ( 1966 ).
- Dowson , D. and Higginson , G R. , Elastohydrodynamic Lubrication , Pergamon Press , London ( 1966 ).
- Archard , J F. and Cowking , E W. , “ Elastohydrodynamic Lubrication at Point Contacts ,” Proc. Inst. Mech. Eng. , 180 , pp 47 – 56 ( 1966 ).
- Litman , W E. and Widner , R L. , “ Propagation of Contact Fatigue from Surface and Subsurface Origins ,” Trans. ASME J. Basic Eng. , 88 , pp 624 – 636 ( 1966 ).
- Dawson , P H. , “ Rolling Contact Fatigue Crack Initiation in 0.3% Carbon Steel ,” Proc. Inst. Mech. Eng. , 183 , pp 75 – 83 ( 1968 ).
- Dawson , P H. , “ The Effect of Metallic Contact on the Pitting of Lubricated Rolling Surfaces ,” J. Mech. Eng. Sci. , 4 , pp 16 – 21 ( 1962 ).
- Michan , B. , Berthe , D. and Godet , M. , “ Observations of Oil Pressure Effects in Surface Crack Development ,” Tribology Intl. , 1 , pp 119 – 122 ( 1974 ).
- Armstrong , E L. , Leonardi , S J. , Murphy , W R. , and Wooding , P S. , “ Evaluation of Water-Accelerated Bearing Fatigue in Oil-Lubricated Ball Bearings ,” Lubr. Eng. , 34 , 1 , pp 15 – 21 ( 1978 ).
- Scott , D. , “ The Effect of Material Properties, Lubricant and Environment on Rolling Contact Fatigue ,” Proc. Symp. Fatigue in Rolling Contact, I. Mech. E. , pp 103 – 115 ( 1963 ).
REFERENCE
- Phillips , M R. and Quinn , T F. J. , “ The Effect of Surface Roughness and Lubricant Film Thickness on the Contact Fatigue Life of Steel Surfaces Lubricated with a Sulphur-Phosphorus Type of Extreme Pressure Additive ,” Wear , 51 pp 11 – 24 ( 1978 ).
REFERENCE
- . Fowle “ Lubrication for Fluid Film and Hertzian Contact Conditions ,” Proc. I. Mech. E. , 182 , 3A , pp 568 – 584 ( 1968 ).