. La-température-de-transition-vitreuse, des matériaux composites est donnée dans le tableau 9.1. Elle est déterminée au viscoanalyseur, sous sollicitation en torsion, par 1. Dans le cas où le renfort concerné est la sépiolite, la rigidité théorique maximale est calculée en utilisant l'hypothèses 3 (cf. chap.10), p.0

M. Mom3, 75S9-FGRC-PS Mom5.00S9-FGRC-PS Der0.00-FGRC-PS Der2.50C30B-FGRC-PS Der5.00C30B-FGRC-PS Der2.50S9-FGRC-PS Der3

M. Mom5, 00S9-FGRC-PS Der0.00-FGRC-PS Der2, 50C30B-FGRC-PS Der5.00C30B-FGRC-PS Der2.50S9-FGRC-PS Der3.75S9-FGRC-PS Der5.00S9-FGRC-PS 13.5. Performances des matériaux composite renforcés de fibres de verre Eny0.00-FGRC-PS Mom0, p.0

M. Mom3, 75S9-FGRC-PS Mom5.00S9-FGRC-PS Mom6.25S9-FGRC-PS Der0.00-FGRC-PS Der1, 25C30B-FGRC-PS Der2.50C30B-FGRC-PS Der3.75C30B-FGRC-PS Der5.00C30B-FGRC-PS Der1.25S9-FGRC-PS Der2.50S9-FGRC-PS Der3.75S9-FGRC-PS Der5.00S9-FGRC-PS Der6.25S9-FGRC-PS 13.5. Performances des matériaux composite renforcés de fibres de verre Eny0.00-FGRC-PS Mom0, p.0

M. Mom3, 75S9-FGRC-PS Mom5.00S9-FGRC-PS Der0.00-FGRC-PS Der2, 50C30B-FGRC-PS Der5.00C30B-FGRC-PS Der2.50S9-FGRC-PS Der3.75S9-FGRC-PS Der5.00S9-FGRC-PS 6

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