This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
The Knowledge of the Influence of Manufacturing Routes on Material Properties, as a Basis of a Reliable Design for Fatigue
Annotation ability available
Sector:
Language:
English
Abstract
Strategies adopted to define material fatigue properties as input data for new FEA-FLP integrated procedure used at the design stage of product development are discussed, highlighting the influences exerted by actual large scale production processes.
Examples related to the main structural automotive components are also presented.
Recommended Content
Citation
Blarasin, A. and Giunti, T., "The Knowledge of the Influence of Manufacturing Routes on Material Properties, as a Basis of a Reliable Design for Fatigue," SAE Technical Paper 970701, 1997, https://doi.org/10.4271/970701.Also In
References
- MSC/FATIGUE “Software system for durability analysis” MSC 1995
- TECWARE “A modular software system for fatigue life analysis” Tecmath Software Components 1995
- Blarasin, A. Giunti, T. “Fatigue life prediction integrated with finite element method” Proc. of 6 th International Congress on Fatigue (Fatigue '96) 2 1996 1105
- Wetzel, R. M. “Fatigue under complex loading” 4 SAE Publication 1977
- Landgraf, R.W. “Durability by design: Integrated approach to mechanical durability assurance of ground vehicle” SAE Publication 1987
- Blarasin, A. Farsetti, P. “A procedure for rational choice of microalloyed steels for hot forged components subjected to fatigue loads” Int. J. of Fatigue 11 1 1989 13 18
- “Fatigue life prediction of structural components subjected to complex service loadings Final Report 1989
- Garud, S. “Multiaxial fatigue: A survey of the state of the art” Journal of Testing and Evaluation 9-3 165 178 1989
- Leese, G. Socie, D. “Multiaxial fatigue, Analysis and Experiments” SAE Publication 1989
- Blarasin, A. Giunti T. et alii “Fatigue Design in case of Multiaxial Loading: State of the Art and Industrial Needs” 48 6 7 1995 341 351
- Gough, G. Pollard, H.V. “The strength of metals under combined alternating stresses” Proc. of the Institution of mechanical enginners 131 3 1935 3 54
- Bannantine, J. Socie, D. “A multiaxial fatigue life estimation technique” 1992 249 275
- Langlais T. Vogel, J. Socie, D. Cordes, T. “A multiaxial life prediction program” Proc. Fatigue Design 1995 1 1995 245 259
- Dang Van, K. “Macro- micro approach in high cycle multiaxial fatigue” Advance in multiaxial fatigue 1993
- Deperrois, A. “Sur le calcul des limites d'endurance des aciers” 1991
- Papadopoulos, J. “Fatigue policyclique des metaux: une nouvelle approach” These Ecole National des Ponts et Chausses 1987
- Robert J.L. Bahuaud, J. et alii “Fatigue life prediction of components using multiaxial criteria” Fourth International Conference on Biaxial / Multiaxial Fatigue 1994
- Robert, J.L. “Contribution a l'etude de la fatigue multiaxiale sous sollicitations periodique ou aleatoire 1992
- D.D.R. STANDARD 1983
- Giunti T. “Influences of Stress Gradient on Fatigue Strenght” CRF Internal Report 44 1996
- Blarasin, A. Giunti, T. Mino, E. “An integrated Procedure for Fatigue Life Prediction of Engine Conrod” Proc. XXII AIAS National Conference (Italy) 1993 639
- Rupp, A. Storzel, K. Grubisic, V. “Computer aided dimensioning of spot welded automotive structures” SAE Paper 950711 1995
- Murakami, Y. Endo, M. “Effects of defects inclusions and inhomogeneities on fatigue strength” Int. Journal of Fatigue 16 1994
- Blarasin, A. Giunti, T. “Influence of material defect size on fatigue strength of conrod made by nodular” CRF Internal Report 86 1994
- Bannantine, J. et al. Prentice Hall Ed. 1990
- Blarasin, A. Caffa, G. “Fatigue Properties of HSLA steels for Side Rails Trucks” CRF Internal Report 1986