6Massi F, Rocchi J, Culla A, et al. Coupling System Dynamics and Contact Behavior: Modeling Bearings Subjected to Environmental Induced Vibrations and ' False Brinelling' Degradation [ J ]. Mechanical Sys- tems and Signal Processing, 2010, 24 ( 4 ) : 1 068 - 1 080.
7Kolodziejczyk T, Toscano R, Fouvry S, et al. Artificial Intelligence as Efficient Technique for Ball Bearing Fretting Wear Damage Prediction [ J ]. Wear, 2010, 268(1) :309 -315.
8Shima Masayuki, LI Qi - jun, Yamamoto Takashi, et al. A Study on Fretting Wear of Rolling Bearing (Part 1 )-On the Contact Deformation of Ball/Inner Race Caused by Tangential Force [ J ]. Journal of Japanese Society of Tribologists, 1995,40 (8) : 669 - 676.
9Shima Masayuki, LI Qi - jun, Yamamoto Takashi, et al. A Study on Fretting Wear of Roiling Bearing ( Part 2) - Analysis of Differential Slip[ J ]. Journal of Jap- anese Society of Tribologists, 1995, 40 ( 8 ) : 677 - 684.
10Shima Masayuki, LI Qi - jun, Yamamoto Takashi, et al. A Study on Fretting Wear of Rolling Bearing (Part 3) - Effects of Mindlin Slip and Differential Slip on Fretting Wear [ J]. Journal of Japanese Society of Tri- bologists, 1995, 40(9) : 755 -761.
