A 3D efficient finite element model to simulate rolling contact fatigue under high loading conditions

The objectives of this investigation were to develop a 3D efficient elastic-plastic finite element model to characterize the rolling contact fatigue behavior of through hardened steel at high loads (∼5 GPa) and to corroborate analytical and experimental results. The efficient FE model developed for...

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Veröffentlicht in:	Tribology international 2018-10, Vol.126, p.258-269
Hauptverfasser:	Golmohammadi, Zamzam, Walvekar, Aditya, Sadeghi, Farshid
Format:	Artikel
Sprache:	eng
Schlagworte:	3-D technology 3D FE model Accumulation of plastic deformation Chromium steels Compressive properties Computer simulation Contact pressure Contact stresses Continuum damage mechanics Crack propagation Damage mechanics Empirical analysis Fatigue failure Fatigue life Finite element analysis Finite element method Line contact Load Materials fatigue Mathematical analysis Mathematical models Plastic deformation Prediction fatigue life Residual stress Rolling Rolling contact Rolling contact fatigue Simulation Stress concentration Stress distribution Three dimensional models Thrust bearings
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