7. Bibliography#
The bibliography is deliberately exhaustive. Paragraph 7.1 lists academic references: theses, articles and conferences. Paragraph 7.2 lists some internal documentation EDF (CR, notes). Not all of them are mentioned in the body of the text.
7.1. References#
[BAD 01] Badel P.-B., Contributions to the numerical simulation of reinforced concrete structures. Doctoral thesis from the University of Paris VI, 2001
[FRA 93] Frankfurt G.-A., Marigo J.-J., Stable damage evolution in a brittle continuous medium. Eur J Mech A Solids 12 (2) :149-189, 1993
[FRA 98] Frankfurt G.-A., Marigo J.-J., Revisiting brittle fracture as an energy minimization problem. Journal of the Mechanics and Physics of Solids 46 (8) :1319-1342, 1998
[GEN 16] Geniaut S., Haboussa D., An approach to predict cleavage fracture under tensile or compressive loadings, PVP2016 -63159, 2016, 2016, Vancouver, Canada
[HAB 17] Haboussa D., Geniaut S., Compression correction of the Gp approach, 13th National Symposium on Structural Calculation (CSMA 2017), 15-19 May 2017, Giens, France
[JUL 17] Jules S., Geniaut S., Debruyne G., Debruyne G., Gp method: an energetic approach to the prediction of cleavage, 13th National Colloquium on Structural Calculus (CSMA 2017) (2017), 15-19 May 2017, 15-19 May 2017, Giens, France
[LOR 00] Lorentz E., Wadier Y., Debruyne G., Debruyne G., Mechanics of fragile rupture in the presence of plasticity: definition of an energy restoration rate. Proceedings of the Academy of Sciences - Series IIB - Mechanics 328 (9) :657-662, 2000
[LOR 04] Lorentz E., Wadier Y., The energetic approach to elastoplastic rupture applied to modeling the propagation of a notch. European Finite Element Review 13:583-592, 2004
[LOR 08] Lorentz L., Modeling and numerical simulation of structural damage, 2008
[WAD 00] Wadier Y., Debruynes G., New energetic parameters for cleavage fracture and ductile tearing: application to the analysis of a subclad flaw located in a pressure vessel of a PWR,,, ASME PVP 2000, Seattle
[WAD 01a] Wadier Y., Lorentz E., The energetic approach of elastic-plastic fracture mechanics applied to the problem of unloading, SMIRT 16, 2001, Washington
[WAD 01b] Wadier Y., Lorentz E., New Considerations and Results on Crack Separation Energy Rates in Elastic-Plastic Fracture Mechanics, ICF 10, 2001, Honolulu
[WAD 03a] Wadier Y., Bonnamy M., The energy approach of elastic-plastic fracture mechanics applied to the analysis of the shallow crack effect. In: ASME PVP, Cleveland, USA, 2003
[WAD 03b] Wadier Y., Bonnamy M., The energy approach of elastic-plastic fracture mechanics applied to the analysis of the warm pre-stress effect. In: ASME PVP, Cleveland, USA, 2003
[WAD 03c] Wadier Y., Bonnamy M., The energetic approach of elastic-plastic fracture mechanics applied to the problem of the shallow crack effect, SMIRT 17, 2003
[WAD 04] Wadier Y., Lorentz E., Mechanics of brittle fracture in the presence of plasticity: modeling of the crack by a notch, Comptes Rendens Mécanique, 332, pp 979-986, 2004
[WAD 05] Wadier Y., Bonnamy M., The energy approach of elastic-plastic fracture mechanics applied to the analysis of a WPS experiment on a cracked cylinder. In: ASME PVP, Denver, USA, 2005
[WAD 07a] Wadier Y., Mézières Y., The energetic approach of EPFM applied to the prediction of shallow crack effect, warm pre-stress effect and crack arrest, ASTM/ESIS Symposium on Fatigue and Fracture, Tempa 2007
[WAD 09] Wadier Y., Mézières Y., Bonnamy M., Bonnamy M., 3D analysis of tests on CT_POR specimens submitted to WPS cycles using the energy approach of Elastic Plastic Fracture Mechanics, ICF 12, 2009, Ottawa
[WAD 13] Wadier Y., Le H.-N., Bargellini R., An energy approach to predict cleavage fracture under non-proportional loading, Engineerin Fracture Mechanics, 97, 30-51, 2013
7.2. Documents EDF (notes, CR, presentation, Code_Aster documents)#
[BAR 11a] Bargellini R., Comparison of Gp and Beremin approaches: synthesis of Le Hoai Nam’s Post-Doctorate work, H-B30-2010-02909-EN, 2011
[BAR 11b] Bargellini R., Summary on the Gp approach at the end of the project ANODE 2008-2011, CR- AMA .11.292, 2011
[BAR 12] Bargellini R., Getting rid of chips for the Gp method in 2D: chosen strategy and performances, CR- AMA -12.272, 2012
[BAR 14] Bargellini R., Laverne J., Study of the influence of notch radius and chip size on the prediction of the Gp model, CR-T64-2014-139, 2014
[DEB 14] Debruyne G., Project ANODE. Simulation of the initiation of cleavage defects: Modeling by a cohesive model and by the « Gp » parameter, H-T64-2014-01785-EN, 2014
[HAB 16] Haboussa D., Debruyne G., Proposal of a methodology for analysing harmfulness in the presence of compression for cleavage: modification of the Gp approach, CR-T66-2015-252, 2016
[JUL 17] Project CUVE LP5 .2: Application of the Gp approach to an industrial case for the tank, 6125-1716-2016-17310-EN, 2017
[JUL 18] Application of the Gp approach and size effect investigation using the experimental test program PEX1987, 6125-1716-2018-00797-EN, 2018
[LOR 14] Lorentz E., Bargellini R., Coherence between the parameter Gp and the energy restoration rate Gf in linear elasticity, CR- AMA -14.009, 2014
[MEZ 06] Méziere Y., Wadier Y., The energetic approach in fracture mechanics, presentation at the annual Code_Aster Users Day, 2006
[MEZ 12] Mézières Y., Validation of the Gp energy approach to predict the initiation of faults in the fragile domain, ENRETM120003, 2012
[MOI 14] Moinereau D., Evaluation and validation of the phenomenon of hot preloading (WPS) on the resistance of ferritic steels against sudden failure. General summary of R&D actions, H-T24-2014-06976-EN, 2014
[MOI 15] Moinereau D., Landron C., Ait-Bachir M., Ait-Bachir M., Tanguy B., Tanguy B., Jacquemoud C., Yuritzinn T., Chapuliot S., Marie S., Hot preloading effect: from R&D to codification in RSE -M, application file SFEN 2015
[WAD 03d] Wadier Y., Brief presentation of the energetic approach to elastoplastic rupture applied to cleavage rupture, HT-64/03/001/A, Eureka reference: H-T64-2003-00078-EN, 2003
[WAD 07b] Wadier Y., Link between global and local approaches in the mechanics of elastoplastic rupture, H-T64-2007-00213-EN, 2007
[WAD 10] Wadier Y., Project ANODE: review meeting of the Hoaï Nam Le Post-Doc on the comparison of Gp and Beremin approaches in brittle fracture mechanics, CR- AMA -10.330, 2010