.. Campagne-d-'essai-expérimentale, , p.92

.. Description-du-plan-d-'expérience, , p.92

.. Post-traitement, , p.96

.. Modèle-numérique, , p.99

I. Modèle-volumique, , p.99

.. Modèle-volumique-volume-elémentaire-représentatif, , p.101

M. and .. , , p.106

P. , , p.106

.. Construction-de-l-'algorithme,

.. Prise-en-compte-de-la-plasticité, , p.111

.. Post-traitement-des-résultats-et-comparaison-aux-résultats-numériques, , p.111

M. and .. , , p.112

.. Loi-matériau-du-surmoulage, , p.112

C. Maillage, , p.112

.. Loi-d-'interface, , p.113

R. , , p.113

.. Modèle-multicouche, , p.114

.. Limites-de-la-méthode-analytique, , p.114

É. and .. , 115 6. Conclusion 117 D On peut également ajouter que la précision et les faibles dimensions de la texturation CMT rendent son dimensionnement plus aisé et plus précis si on la compare à d'autres technologies plus efficaces en termes de temps de cycle mais plus aléatoires dans leurs résultats. La technologie CMT n'est, de plus, pas la seule interface à laquelle cette méthode s'applique. Celleci sera d'autant plus valable que le motif géométrique est fin et régulier ce qui

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