1、ICS 21.100.20 Rf. n oISO/TR 1281-2:2008/Cor.1:2009(F) ISO 2009 Tous droits rservs Publi en Suisse RAPPORT TECHNIQUE ISO/TR 1281-2:2008 RECTIFICATIF TECHNIQUE 1 Publi 2009-10-01 INTERNATIONAL ORGANIZATION FOR STANDARDIZATION ORGANISATION INTERNATIONALE DE NORMALISATIONRoulements Notes explicatives su
2、r lISO 281 Partie 2: Calcul modifi de la dure nominale de base fond sur une approche systme de la fatigue RECTIFICATIF TECHNIQUE 1 Rolling bearings Explanatory notes on ISO 281 Part 2: Modified rating life calculation, based on a systems approach to fatigue stresses TECHNICAL CORRIGENDUM 1 Le Rectif
3、icatif technique 1 lISO/TR 1281-2:2008 a t labor par le comit technique ISO/TC 4, Roulements, sous-comit SC 8, Charges de base et dure. Page 8, 5.2 Dans lalina qui prcde immdiatement lquation (15), remplacer Rfrence 23 par Rfrence 21. Page 23, 5.6.5.3 Dans le premier alina, remplacer La Rfrence 10 f
4、ait par Les Rfrences 10, 23 et 24 font. Dans le quatrime alina, remplacer La Rfrence 10 indique par Les Rfrences 10, 23 et 24 indiquent. Page 34, 8.2.2.2 Dans le premier alina, remplacer Rfrence 9 par Rfrence 12. ISO/TR 1281-2:2008/Cor.1:2009(F) 2 ISO 2009 Tous droits rservsPages 48 et 49, Bibliogra
5、phie Remplacer la Bibliographie existante par la suivante: Bibliographie 1 ISO 76, Roulements Charges statiques de base 2 ISO/TR 1281-1, Roulements Notes explicatives sur lISO 281 Partie 1: Charges dynamiques de base et dure nominale de base 3 ISO 4406:1999, Transmissions hydrauliques Fluides Mthode
6、 de codification du niveau de pollution particulaire solide 4 ISO 15243, Roulements Dtrioration et dfaillance Termes, caractristiques et causes 5 IOANNIDES, E., BERGLING, G., GABELLI, A. An analytical formulation for the life of rolling bearings. Finnish Academy of Technology, Helsinki, 1999, 77 pp.
7、 (Acta Polytechnica Scandinavica, Mechanical Engineering Series, Monograph 137.) 6 TALLIAN, T. Weibull distribution of rolling contact fatigue life and deviations therefrom. ASLE Trans. 1962, 5, pp. 183-196 7 SNARE, B. How reliable are bearings? Ball Bearing J., 1970, 162, pp. 3-5 8 TAKATA, H., SUZU
8、KI, S., MAEDA, E. Experimental study of the life adjustment factor for reliability of rolling element bearings. In: Proceedings of the JSLE International Tribology Conference, 1985-07-08/10, Tokyo, Japan, pp. 603-608. Elsevier, New York, NY, 1986 9 IOANNIDES, E., KUIJPERS, J.C. Elastic stresses belo
9、w asperities in lubricated contacts. J. Tribol., 1986, 108, pp. 394-402 10 SADA, T., MIKAMI, T. Effect of lubricant film thickness on ball bearing life under contaminated lubrication: Part 1 Life tests for ball bearings in contaminated oil. Jpn. J. Tribol., 2004, 49, pp. 631-639 11 IMRAN, T. Effect
10、of water contamination on the diffused content of hydrogen under stress in AISI-52100 bearing steel, Doctoral Thesis, Division of Machine Elements, Department of Mechanical Engineering, Lund Institute of Technology, 2005 12 BARNSBY, R., DUCHOWSKI, J., HARRIS, T., IOANNIDES, E., LOSCHE, T., NIXON, H.
11、, WEBSTER, M. Life ratings for modern rolling bearings A design guide for the application of International Standard ISO 281/2, ASME, New York, NY, 90 pp. (TRIB, Vol. 14) 13 CZYZEWSKI, T. Influence of a tension stress field introduced in the elastohydrodynamic contact zone on rolling contact fatigue.
12、 Wear, 1975, 34, pp. 201-214 14 IOANNIDES, E., JACOBSSON, B., TRIPP, J. Prediction of rolling bearing life under practical operating conditions. In: DOWSON, D. et al., editors. Tribological design of machine elements: 15th Leeds-Lyon Symposium on Tribology, pp. 181-187. Elsevier, Amsterdam, 1989 15
13、VOSKAMP, A.P. Material response to rolling contact loading. J. Tribol., 1985, 107, pp. 359-366 16 SAYLES, R.S., HAMER, J.C., IOANNIDES, E. The effects of particulate contamination in rolling bearings A state of the art review. Proc. Inst. Mech. Eng., 1990, 204, pp. 29-36 ISO/TR 1281-2:2008/Cor.1:200
14、9(F) ISO 2009 Tous droits rservs 317 DWYER-JOYCE, R.S., HAMER, J.C., SAYLES, R.S., IOANNIDES, E. Surface damage effects caused by debris in rolling bearing lubricants, with an emphasis on friable materials. In: Rolling element bearings Towards the 21st century, pp. 1-8. Mechanical Engineering Public
15、ations, Londres, 1990 18 PALMGREN, A. Grundlagen der Wlzlagertechnik Fondements de la technologie des paliers de roulement, 3 eedition. Franckh, Stuttgart, 1964, 264 pp. 19 DOWSON, D., HIGGINSON, G.R. Elastohydrodynamics. Proc. Inst. Mech. Eng. 1967-1968, 182 (3A), pp. 151-167 20 HAMROCK, B.J., DOWS
16、ON, D. Isothermal elastohydrodynamic lubrication of point contacts Part III Fully flooded results. J. Lubric. Technol., 1977, 99, pp. 264-276 21 IOANNIDES, E., HARRIS, T.A. A new fatigue life model for rolling bearings. J. Tribol., 1985, 107, pp. 367-378 22 GABELLI, A., MORALES-ESPEJEL, G.E., IOANNI
17、DES, E. Particle damage in Hertzian contacts and life ratings of rolling bearings. STLE Annual Meeting, Las Vegas, NV, 2005-05-15/19 23 SADA, T. and MIKAMI, T. Effect of lubricant film thickness on ball bearing life under contaminated lubrication: Part 2 Relationship between film thickness and dent
18、formation. Jpn. J. Tribol., 2005, 50, pp. 62-67 24 SADA, T., MIKAMI, T. Effect of lubricant film thickness on ball bearing life under contaminated lubrication: Part 3 Reciprocal action of contamination and film thickness. Jpn. J. Tribol., 2005, 50, pp. 43-49 25 ISO 281:1990, Roulements Charges dynamiques de base et dure nominale
