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Original Articles

Optimizing the Structure and Properties of Silicon Nitride for Rolling Contact Bearing Performance

Pages 276-285 | Published online: 25 Mar 2008

Keep up to date with the latest research on this topic with citation updates for this article.

Read on this site (1)

L. Gu, L. Wang, Y. Jin & X. Li. (2003) Fatigue Behavior of Hybrid Ceramic Ball Bearings in Liquid Nitrogen. Tribology Transactions 46:4, pages 494-498.
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Articles from other publishers (22)

Gary L. Doll. 2023. Rolling Bearing Tribology. Rolling Bearing Tribology 35 86 .
David J Mitchell & John J MecholskyJrJr. (2022) Improving the damage tolerance of Si 3 N 4 by forming laminate composites with refractory metals . Journal of Composite Materials 56:16, pages 2525-2550.
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Colleen Tomasello & George Shannon. 2020. Bearing Steel Technologies: 12th Volume, Progress in Bearing Steel Metallurgical Testing and Quality Assurance. Bearing Steel Technologies: 12th Volume, Progress in Bearing Steel Metallurgical Testing and Quality Assurance 515 527 .
Wataru Kanematsu. (2018) A review of rolling contact fatigue behavior of silicon nitride focusing on testing practices and crack propagation analysis. Wear 400-401, pages 10-20.
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Junbiao Lai, Yuri Kadin & Charlotte Vieillard. (2018) Characterization and modelling of the degradation of silicon nitride balls with surface missing-material defects under lubricated rolling contact conditions. Wear 398-399, pages 146-157.
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Charlotte Vieillard. (2017) Observation of subsurface rolling contact fatigue cracks in silicon nitride and comparison of their location to Hertzian contact subsurface stresses. International Journal of Fatigue 96, pages 283-292.
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Rahul Raga, Iyas Khader, Zdeněk Chlup & Andreas Kailer. (2016) Damage initiation and evolution in silicon nitride under non-conforming lubricated hybrid rolling contact. Wear 360-361, pages 147-159.
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Wataru KanematsuWilliam MandlerJr.Jr., Charles-Alix ManierMathias Woydt. (2016) Rolling Contact Fatigue Tests of Ceramics by Various Methods: Comparison of Suitability to the Evaluation of Silicon Nitrides. Journal of Testing and Evaluation 44:3, pages 20140258.
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Yili Zhu, Yongchun Zhang & Chaowu Jin. (2016) Research on the Mechanical Properties of a New “I” Type Double-Decker Ball Bearing. Journal of Tribology 138:2.
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Wataru Kanematsu. (2012) Crack Propagation Behavior of Silicon Nitride Using a Ball-on-Flat Rolling Fatigue Bench Test Methodology. Materials Performance and Characterization 1:1, pages 104541.
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Mohsen Mosleh, Keron Bradshaw, John H. Belk & John C. WaldropIIIIII. (2011) Fatigue failure of all-steel and steel–silicon nitride rolling ball combinations. Wear 271:9-10, pages 2471-2476.
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Hiroyuki Miyazaki, Yu-ichi Yoshizawa, Kiyoshi Hirao & Tatsuki Ohji. (2010) Indentation fracture resistance test round robin on silicon nitride ceramics. Ceramics International 36:3, pages 899-907.
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S. W. Dean & Wataru Kanematsu. (2010) Relative Comparison Method of Rolling Contact Fatigue Performance of Silicon Nitrides by Stepwise Loading Balls-on-Flat Test—Experimental Verification of Validity of Some Assumptions for the Method. Journal of ASTM International 7:10, pages 103090.
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Andrew A. Wereszczak, Timothy P. Kirkland, Osama M. Jadaan, Kevin T. Strong & Gregory J. Champoux. (2008) C-Sphere Strength-Size Scaling in a Bearing-Grade Silicon Nitride. Journal of the Korean Ceramic Society 45:9, pages 507-511.
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Wataru Kanematsu, P. Ward, W. Mandler, Jr.S. W. Dean. (2008) Relative Comparison Method of Rolling Contact Fatigue Performance of Silicon Nitrides by Stepwise Loading Balls-on-Flat Test—A Candidate for Standard Practice for Comparison of RCF Performance. Journal of ASTM International 5:6, pages 101214.
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Andrew A. Wereszczak, Timothy P. Kirkland & Osama M. Jadaan. (2007) Strength Measurement of Ceramic Spheres Using a Diametrally Compressed "C-Sphere" Specimen. Journal of the American Ceramic Society 90:6, pages 1843-1849.
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Zulfiqar Ahmad Khan, Mark Hadfield & Ying Wang. (2005) Pressurised chamber design for conducting rolling contact experiments with liquid refrigerant lubrication. Materials & Design 26:8, pages 680-689.
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Y. WangM. Hadfield. 2002. Failure Analysis and Prevention. Failure Analysis and Prevention 957 964 .
B.Legin Eyzop & S Karlsson. (2001) Contact fatigue of silicon nitride. Wear 249:3-4, pages 208-213.
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L Wang, R.W Snidle & L Gu. (2000) Rolling contact silicon nitride bearing technology: a review of recent research. Wear 246:1-2, pages 159-173.
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Y Wang & M Hadfield. (2000) The influence of ring crack location on the rolling contact fatigue failure of lubricated silicon nitride: experimental studies. Wear 243:1-2, pages 157-166.
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David J Mitchell, John J MecholskyJr.Jr. & James H Adair. (2000) All-steel and Si3N4-steel hybrid rolling contact fatigue under contaminated conditions. Wear 239:2, pages 176-188.
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