M. O. ,

?. Box,

, Les caractéristiques du matériau de l'étude seront rappelées, de même que les mécanismes de précipitation et les phénomènes à prendre en compte pour la modélisation. Dans un premier temps, le modèle de précipitation dans un alliage d'aluminium sera présenté. Ensuite, la création d'une plate-forme de calcul basée sur ce modèle sera décrite, Ennn, les résultats obtenus et les évolutions du modèle métallurgique seront discutés

S. Importance-de-la-précipitation and .. , Précipitation dans les alliages à durcissement structural

.. , Innuence de la précipitation sur les propriétés mécaniques- Innuence du cycle thermique

.. , Mécanismes de précipitation

P. De-la,

.. , Cinétique de précipitation

, État de l'art sur les modèles de precipitations existants

.. , Description du modèle choisi

.. .. Algorithme-de-calcul,

C. Plate-forme-de-calcul, Description du modèle orienté objet

.. Modèle-de-durcissement-structural, Mécanismes de durcissement par précipitation des alliages d'aluminium

.. , Modélisation du durcissement structural

.. Validation, Validation dans le cas de la maturation

. Un-cycle-thermique..........,

.. Conclusion,

C. O. , Success is the sum of small eeorts

, L'objectif de ce chapitre est de présenter les conclusions des travaux eeectués et les développements futurs qui peuvent être envisagés

S. Synthèse and .. ,

M. Mécanique and .. ,

M. Métallurgique and .. ,

.. , Couplage thermo-mécano-métallurgique

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