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-. Chapitre, . Serge, and . .. Verre/pa66,

. .. Introduction,

P. De-l'homogeneisation, . En, and . .. Lineaire,

, Approche théorique pour l

, Approche numérique dans Abaqus sous forme de script python

G. .. Serge-2x2,

C. Géométrie-par and . .. V5,

.. .. Méthodologie-de-maillage-du-ver-sur-abaqus,

. Identification, . Proprietes, . Du, and . .. Serge-2x2,

). .. Echelle-du-toron-;-Échelle-microscopique,

.. .. Conclusion,

. .. Synthese-du-chapitre, 131 sur l'étude de l'influence d'une répartition inhomogène de l'humidité au sein du matériau tissé, nous apparaissent importants pour améliorer et optimiser les travaux jusqu'à présent proposés. Dans le chapitre suivant, nous nous attarderons, en utilisant quasiment les mêmes procédures

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-. Chapitre and . .. Serge, , p.133

. .. Introduction, . Un, . De, . Sur, and . .. Serge-2x2-a-[?°],

, Résultats de la simulation numérique d'homogénéisation en quasi-statique à HR50 et à 23°C, p.137

, Résultats de la simulation numérique d'homogénéisation en quasi-statique à HR85 et à 23°C, p.138

.. .. Conclusion,

, Résultats de la simulation numérique d'homogénéisation en quasi-statique à HR85 et à 23°C, p.143

.. .. Conclusion and ;. .. Le-cisaillement, , p.149

, Améliorations du comportement des fibres pour le toron à HR50, 23°C en quasi-statique, p.149

.. .. Conclusion,

. .. Synthese-du-chapitre,