Contact stress and rolling contact fatigue of indented contacts: Part II,rolling element bearing life calculation and experimental data of indent geometries
Restricted accessResearch articleFirst published online April, 2013
Contact stress and rolling contact fatigue of indented contacts: Part II,rolling element bearing life calculation and experimental data of indent geometries
This article presents a brief overview of how the stress risk integrals of indented contacts are combined to calculate a rolling element bearing life and some experimental data concerning measured indentation. The possibility of predicting surface indentation and bearing life from normalized contamination standards is discussed.
AiX. Effect of debris contamination on the fatigue life of roller bearings. Proc IMechE Part J: J Engineering Tribology2001; 215: 563–575.
2.
BibouletNLubrechtAAHoupertL. Contact stress and rolling contact fatigue of indented contacts: Part I, numerical analysis. Proc IMechE Part J: J Engineering Tribology2013 (in press).
3.
LubrechtAADwyer-JoyceRSIoannidesE. Analysis of the influence of indentations on contact life. In: Proceedings of the 19th Leeds–Lyon symposium on tribology, Leeds, UK, 1992, pp. 173–181.
4.
AiXNixonHP. Fatigue life reduction of roller bearings due to debris denting: Part I – Theoretical modeling. STLE, Tribol Trans2000; 43: 197–204.
5.
AiXNixonHP. Fatigue life reduction of roller bearings due to debris denting: Part II – Experimental validation. STLE, Tribol Trans2000; 43: 311–317.
6.
CoulonS. Prédiction de la durée de vie des contacts ponctuels lubrifiés en présence d'indentations, PhD Thesis, INSA-LYON, Lyon, France, 2001.
7.
CoulonSVilleFLubrechtAA. An abacus for predicting the rolling contact fatigue life reduction due to debris dents. In: Proceedings of the 28th Leeds–Lyon symposium on tribology2002, pp. 283–294.
8.
CoulonSVilleFLubrechtAA. Effect of a dent on the pressure distribution in dry point contact model. ASME, J Tribol2002; 124: 220–222.
9.
BibouletNLubrechtAAHoupertL. Contact pressure of indented wide elliptical contacts: dry and lubricated cases. ASME J Tribol2008; 130: 1–7.
10.
BibouletNLubrechtAAHoupertL. Contact pressure in indented elastohydrodynamic lubrication contacts. Proc IMechE Part J: J Engineering Tribology2008; 222: 415–421.
11.
HoupertLChevalierF. Rolling bearing stress based life. Part I: Calculation model. ASME J Tribol2012, pp. 134–134.
12.
GnagyJHoupertLChevalierF. Rolling bearing stress based life. Part II: Experimental validation and calibration. ASME J Tribol2012, pp. 134–134.
13.
VilleF. Pollution solide des lubrifiants, indentations et fatigue des surfaces, PhD Thesis, INSA-LYON, Lyon, France, 1998.
14.
VilleFNeliasD. An experimental study on the concentration and shape of dents caused by spherical metallic particles in EHL contacts. STLE Tribol Trans1999; 42: 231–240.
15.
SaylesRSIoannidesE. Debris damage in rolling bearings and its effects on fatigue life. ASME J Tribol1988; 110: 26–31.
16.
NikasGK. Particle entrainment in elastohydrodynamic point contacts and related risks of oil starvation and surface indentation. ASME J Tribol2002; 124: 461–468.
17.
Dwyer-JoyceRSHeymerJ. The entrainment of solid particles into rolling elastohydrodynamic contacts. In: Proceedings of the 22nd Leeds–Lyon symposium on tribology, Leeds, UK, 1996, pp. 135–140.
18.
NeliasDJacqCLormandG. New methodology to evaluate the rolling contact fatigue performance of bearing steels with surface dents: application to 32CrMoV13 (nitrided) and M50 steels. ASME J Tribol2005; 127: 611–622.
19.
KangYSSadeghiFHoeprichMR. A finite element model for spherical debris denting in heavily loaded contacts. ASME J Tribol2004; 126: 71–79.
20.
NixonHPZantopoulosH. Fatigue life performance comparisons of tapered roller bearings with debris-damaged raceways. STLE Lubric Eng1995; 51: 732–736.
21.
GirodinDVilleFGuersR. Experimental investigations of surface initiated rolling contact fatigue using dented surfaces. In: Proceedings of the 27th Leeds–Lyon symposium on tribology, Leeds, UK, 2001, pp. 449–458.
22.
VennerCHCouhierFLubrechtAA. Amplitude reduction of waviness in transient EHL line contacts. In: Proceedings of the 23th Leeds–Lyon symposium on tribology, Leeds, UK, 1997, pp. 103–112.
23.
VennerCHLubrechtAA. Amplitude reduction of non-isotropic harmonic patterns in circular EHL contacts under pure rolling. In: Proceedings of the 25th Leeds–Lyon symposium on tribology, Leeds, UK, 1999, pp. 151–162.
24.
HookeCJ. Surface roughness modification in elasto-hydrodynamic line contacts – the effects of roughness wavelength, orientation and operating conditions. In: Proceedings of the 25th Leeds–Lyon symposium on tribology, Leeds, UK, 1999, pp. 193–202.
25.
HookeCJVennerCH. Surface roughness attenuation in line and point contacts. Proc IMechE Part J: J Engineering Tribology2000; 214: 439–444.
