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Mechanical behavior and damage development during cyclic fatigue multiaxial load and temperature up to 1600C Ceramic- 5. Hutchinson, J. w. and Jensen, H. M, Models of fiber Belgium, 18-20 October, 1 debonding and pull-out in brittle composites with fric 2. Camus. G. and Barbier. J. E. Tensile behavior of 2D tion. Mech. Mater. 1990. 9. 139-163 oven C/Sic composites at ambient and elevated tem- 6. Bobet, J. L. and Lamon, J. Thermal residual stresses in perature. In Proc. High Temperature Ceramic Matrix ceramic matrix composites-L. Axisymmetrical model Composites, Santa Barbara, CA, 1995, pp 407-412 and finite element analysis. Acta Metall. Mater., 1995, 43 3. Shuler. S. F. Holmes. J. w. and Wu.x. Influence of 4|-2253 loading frequency on the room temperature fatigue of 7. Marion, S, Influence de I' interphase de carbone pyroli- carbon fibre Sic matrix composite. J. Am. Ceram Soc tique sur I'endommagement et le comportement macro- 1994,77,792 des matcriaux composites ceramique C/Sic. 4. Lee, S.S., Nicholas, T. and Zawada, L. P, Fatigue Ph. D. Thesis. Universite Paris XVIll. 1993 damage mechanisms and environmental effects 8. Shapery, R. A, Thermal expension coefficients of com- he long-term performance of matrix composites. In posites materials based on energy principles. J. Compos Mechanical Testing of Ceramics and Ceramic Composites Mater.,1986,2,380 AMD, Vol. 197, ASME, 1994, pp. 117-155Mechanical behavior and damage development during cyclic fatigue 699 multiaxiaJ load and temperature up to 1600°C. Ceramic￾Ceramic Composites ItI, Belgium, 18-20 October, 1994. 2. Camus, G. and Barbier, J. E., Tensile behavior of 2D woven CjSiC composites at ambient and elevated tem￾perature. In Proc. High Temperature Ceramic Matri.w Composites, Santa Barbara, CA, 1995, pp. 407412. 3. Shuler, S. F., Holmes, J. W. and Wu, X., Influence of loading frequency on the room temperature fatigue of carbon fibre/SiC matrix composite. J. Am. Ceram. Sot., 1994, 77, 792. 4. Lee, S. S., Nicholas, T. and Zawada, L. P., Fatigue damage mechanisms and environmental effects on the long-term performance of matrix composites. In Mechanical Testing of Ceramics and Ceramic Composites. AMD, Vol. 197, ASME, 1994, pQ. 117-155. 5. Hutchinson, J. W. and Jensen, H. M., Models of fiber debonding and pull-out in brittle composites with fric￾tion. Mech. Mater., 1990, 9, 139-163. 6. Bobet, J. L. and Lamon, J., Thermal residual stresses in ceramic matrix composites-I. Axisymmetrical model and finite element analysis. Acta MetaN. Mater., 1995, 43, 2241-2253. 7. Marion, S., Influence de t’interphase de carbone pyroli￾tique sur I’endommagement et le comportement macro￾scopique des materiaux composites ceramiques C/Sic. Ph.D. Thesis, Universite Paris XVIII. 1993. 8. Shapery, R. A., Thermal expension coefficients of com￾posites materials based on energy principles. J. Compos. Muter., 1986, 2, 38k385
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