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H. Ismar, F. Streicher /Computational Materials Science 16(1999)17-24 of available computational resources. This will omposites, Ceramic Engineering Science Proceedings make it possible to examine substructures involv 6(1995)389399 ing a greater amount of fibers and thus consider 9D. M.A. Sutaria, Influence of fiber lay. the interactions within a wider range on a micro- up sequence on mechanical properties of Sic(f/sic com- sites, Ceramic Engineering Science Proceedings 17 mechanical scale [] D M. Wilson, Statistical tensile strength of Nextel"610 and Nextel M 720 fibres. Journal of Materials Science 32 1997)2535-2542 References [I]LC. Sawyer, M. Jamieson, D. Brikowski, M.I. Haide R.T.A. Chen, Strength, structure and fracture properties of [D.C. Philips, Fibre reinfor ceramic fibers produced from polymeric precursors: (Ed ) Survey of the Techi Base-line studies. Journal of the American Ceramic Societ Temperature Materials Ro 70(1987)798-810. ites for High Temper [12]Y. Swada, A.A. Shindo, Torsional properties of carbon Commission of the euro fibers, Carbon 30(1992)619-629 1985,pp.48-73 2]WA. Tsai. E.M. Wu, A general theory of strength for for [13]CR. Ananth, N.A. Chandra, Elevated temperature inter- acial behaviour of MMMCs: A computational stud anisotropic materials. Journal of Composite Materials 5 27A(1996)805-811 (1971)58-80 [14 C. Droillard, J. Lamon, X.A. Bourrat, Strong interface in B]M. Sutcu, Weibull statistics applied to fiber failure in CMCs, a condition for efficient multilayered interfaces. ceramic composites and work of fracture, Acta Metallurg. Ceramic Matrix Composites, Boston(1994), in: Materials ica37(1989)65l-66l Research Society Symposium Proccedings, vol. 365, 1995. 4 G.A. Simon, A.R. Bunsell, Mechanical and structural pp.37l-376 characterization of the Nicalon silicon carbide fibre [15]R. Keunings, T. Lacroix, M.A. Desaeger, I. 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Reinert, Modelling and simulation of the 8s. Shanmugham, D P Stinton, F. Bleier-Rebillat, T.M.A. macromechanical nonlinear behaviour of fibre-reinforced Besmann, E.A. Lara-Curzio, P.K. Liaw. Oxidation-resi for continuous fiber ceramic material description, Acta Mechanica 120(1997)47-60of available computational resources. This will make it possible to examine substructures involv￾ing a greater amount of ®bers and thus consider the interactions within a wider range on a micro￾mechanical scale. References [1] D.C. Philips, Fibre reinforced ceramics, in: R.W. Davidge (Ed.), Survey of the Technological Requirements for High Temperature Materials R&D-Section 3: Ceramics Com￾posites for High Temperature Engineering Applications, Commission of The European Comunities, Luxembourg, 1985, pp. 48±73. [2] W.A. Tsai, E.M. Wu, A general theory of strength for anisotropic materials, Journal of Composite Materials 5 (1971) 58±80. [3] M. 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Streicher / Computational Materials Science 16 (1999) 17±24
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