9. Bibliography

[1] S. Geniaut, P. Massin, N. Moës, N. Moës, eXtended Finite Element Method, Code_Aster Reference Material no. [R7.02.12], 2007

[2] S. Geniaut, Operator DEFI_FISS_XFEM, Code_Aster User Documentation no. [U4.82.08], 2007

[3] J. Pellet, Operator CREA_CHAMP, Code_Aster User Documentation no. [U4.72.04], 2007

[4] S. Geniaut, Operator MODI_MODELE_XFEM, Code_Aster User Documentation no. [U4.41.11], 2007

[5] S. Geniaut, Operator POST_MAIL_XFEM, Code_Aster User Documentation no. [U4.82.21], 2007

[6] S. Geniaut, Operator POST_CHAM_XFEM, Code_Aster User Documentation no. [U4.82.22], 2007

[7] S. Geniaut, Analysis with X- FEM of the harmfulness of a defect in a singular zone of the thermal cuffs of the spray pipes of pressurizers CP0, Note H-T64-2007-02191-FR, 2007

[8] E. Galenne, S. Geniaut, J. Rivière, J. Rivière, Prestation DCNS, Prestation: study of the harmfulness of a crack with the X- FEM method, Note H-T64-2007-03094-FR, 2007

[9] S. Geniaut, Using Level Sets for Adaptive Meshing, CR- AMA -07.215, 2007

[10] S. Geniaut, Convergences in fracture mechanics: validation of classical finite elements and X- FEM in Code_Aster, Note H-T64-2008-00047-FR, 2008

[11] S. Geniaut, E. Galenne, Methodology for manual 2D crack propagation with X- FEM, CR- AMA -07.196, 2007

[12] E. Galenne, Automatic 3D crack propagation with X- FEM: projection method, CR- AMA -08.269, 2008

[13] I. Debost, G. Debruyne, Y. Wadier, Field of application of Code_Aster fracture mechanics operators and tips for use, Code_Aster User Documentation no. [U2.05.01], 2003.

[14] E. Galenne, Calculation of stress intensity factors and crack propagation in 3D, Internship report by Dominique Joffin, CR- AMA -08.270, 2008

[15] S. Geniaut, J. Messier, Validation of a 2D crack propagation tool with X- FEM under Code_Aster, Mr. Fiabane’s internship report, CR- AMA -09.172, 2009

[16] S. Taheri, J. Cabirol, 3D crack propagation under thermal fatigue, automatic remeshing and XFEM, CR- AMA -08.250, 2008

[17] E. Galenne, Opportunity study for a thesis on a mixed-mode fatigue crack propagation model with LMT Cachan and AREVA, CR- AMA -08.279, 2008

[18] E. Galenne, Study with the X- FEM method of the fatigue propagation of two cracks in a pressure socket, CR- AMA -09.183, 2009

[19] S. Geniaut, Propagation of 3d cracks with X- FEM on an international benchmark - Internship report by L. Chappé, CR- AMA -10.222, 2010

[20] J. B. Esnault, Experimental and numerical study in three dimensions of the fatigue development of a crack spilled into a thin sheet metal. Doctoral thesis from the Ecole Polytechnique, 2014.