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B. Tableau, Gammes de porosités obtenues pour les deux géométries de compacts

B. Tableau, Valeurs de pression et de porosité correspondant à une résistance à la rupture

B. Tableau and .. 15-mpa, Valeurs de pression et de porosité correspondant à une résistance à la rupture mesurée en flexion trois points de 1 et 2, p.202

B. Tableau, Rapports E 0 /P y et H 0 /P y calculés pour les trois excipients, p.214

B. %. Tableau and .. , Energies spécifiques de rupture pour une porosité de 20 % et de 35, p.216

B. Tableau, Paramètres du modèle de la percolation obtenus pour le module d'élasticité réduit, dans le cas où q n'a pas une valeur fixée, p.232

C. 1. Tableau and .. , Masses volumiques particulaires (g. cm -3 ) des différents mélanges, p.240

C. Tableau, Seuils moyens d'écoulement plastique obtenus ''sous pression'' (P yA ) et bornes du domaine linéaire pour les différents mélanges dans le cas de la géométrie ''barrette, p.261

C. 4. Tableau and .. , Seuils moyens d'écoulement plastique obtenus ''sous pression'' (P yA ) et bornes du domaine linéaire pour les différents mélanges dans le cas de la géométrie cylindrique, p.262

C. Tableau, Seuils moyens d'écoulement plastique obtenus ''sous pression'' (P yA ) et ''à l'éjection

C. Tableau and . Young, Paramètres du modèle à deux constituants dans le cas du module de, p.307

C. Tableau, Paramètres du modèle à deux constituants dans le cas de la résistance à la rupture, p.310