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PH.D. Opportunities

Our next recruitment session will be open to PhD SPRING 2018 for specialties 'Mechanical' and 'Science and Material Engineering' of the Graduate School of Mines ParisTech Materials Centre located in Évry (91).

If you are interested by these key words : microstructure - ductile fracture - steels finite element simulation - mechanical behavior

The Centre des Matériaux located in Évry (35km south of Paris) is a laboratory associated with the CNRS (French Research Institute), employing around 180 people including 40 researchers, 45 technicians, 82 PhD students and 10 Post-Doctoral researchers. Research concerns materials processing and surface modification, the microstructural characterization and experimental study of the behaviour of materials. These studies are carried out in close contractual collaboration with industrial partners, Safran, Airbus, Dassault, Turboméca, PSA, Renault, CEA , EDF, Montupet, Eurocryospace, Arcelor Mittal, Ascométal, Constellium, Areva, Onéra, ENGIE, Hutchinson, TOTAL...

To apply thesis : Hold an engineering degree or a national master degree or another degree conferring master's degree or an equivalent foreign degree.

Strong scientific background with a motivation for research. is needed, and a first research experience (internship) will be appreciated.

Applicants should supply the following :

a detailed resume
a covering letter explaining the applicant’s motivation for the position
detailed exam results
two references : the name and contact details of at least two people who could be contacted to provide an appreciation of the candidate.

To be sent to : recrutement_these@mat.mines-paristech.fr

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Mécanique

Automatic regularization method for the finite element simulation of plasticity and damage at finite deformations
Méthode de régularisation automatique pour la simulation par éléments finis de la plasticité et de l'endommagement en grandes déformations
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Développement d'une nouvelle méthode 4D automatisée pour étudier la déformation et la rupture des matériaux de structure
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Prédiction rapide de la qualité de pièces de fonderie par imagerie 3D et calculs mécaniques
Study of resistance to the sudden propagation of cracks in thin tubes made of nano-reinforced ODS steels
Etude de la résistance à la propagation brutale de fissures dans des tubes minces en aciers nano-renforcés ODS
Modelling of the irradiation effect on fracture toughness of structural hardening aluminum alloys Application to 6061-T6
Modélisation de l'effet de l'irradiation sur la ténacité des alliages d'aluminium à durcissement structural Application au 6061-T6
Multiscale modelling of ductile damage in titanium alloys with a network of defects
Etude et modélisation multiéchelle de l'endommagement ductile d'alliages de titane avec un réseau de défauts
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Fissuration en relaxation de l'acier inoxydable austénitique AISI 316L(N)