M. Caractérisation-des, 107 I.2.1. Essai de traction, p.110

.. Et-multicouches, 116 II.1. Effet de la protection thermique sur les coques non pressurisées 117 II.1.1. Protection thermique sur coques sollicitées en cisaillement 117 II.1.2. Protection thermique sur coques sollicitées en flexion, II. Résultats d'essais et observations sur coques lisses.................. 123 II.1.4. Bilan sur l'effet de la protection thermique sur coques non pressurisées, p.124

.. Effet-de-la-pression-interne-sur-les-coques-multicouches, =. , and .. , 125 II.2.1. Cisaillement sur coques Aluminium-Polystyrène: Z = 647 125 II.2.2. Cisaillement sur coques Acier-Liège: Z = 1294, 156 II.2.5. Flexion sur coques Cuivre-Polystyrène: R, p.166

I. Flexion, /. Cisaillement-et-coques-multicouches, and .. , 170 II.3.1. Interaction sur coques Acier-Liège: R/t = 1330interaction cisaillement-flexion et protection thermique, p.174

.. Effet-de-la-géométrie-sur-les-coques-multicouches, =. , and .. , 175 II.4.1. Cisaillement sur coques Aluminium-Polystyrène, ., p.181

.. Effet-de-l-'épaisseur-de-la-protection-thermique, 191 II.6.1. Cisaillement sur coques aluminium-polystyrène: Z = 159

.. Effet-d-'un-défaut-de-collage-de-la-protection-thermique, 194 II.7.1. Cisaillement sur coques aluminium-polystyrène: Z = 647

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C. Flambage and . Cylindriques, Coques multicouches, Protection thermique, Cisaillement, Flexion, pression interne Laboratoire (s) de recherche : LGCIE