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通过对平面编织玻璃纤维增强环氧树脂复合材料的弯曲疲劳试验,对其疲劳机理作了深入研究,从细观的角度对其疲劳损伤的产生、发展的行为及其形态特点作了详细的阐述.给出了典型的刚度弱化模式,并对其作了分析.

参考文献

[1] Matthews F L, Rawlings R D. Composite Materials: Engineering and Science. Chapman & Hall, 1994
[2] Fujii T, Amijima S, Okubo K. Microscopic fatigue processes in a plain-weave glass-fibre composite. Composite Science and Technology, 1993,49:327~333
[3] Laksimi A, Gong X L. Analysis of damage mechanisms in a centrally notched glass fiber/epoxy plate. Composite Science and Technology, 1994,52:85~91
[4] Miyano Y, Nakada M, McMurray M K. Influence of ratio on fatigue behavior in the transverse direction of unidirectional CFRPs. J of Comp Mater, 1995, 29(14): 1808~1822
[5] Harris B. Fatigue behaviour of polymer-based composites and life prediction methods. Lecture, Free University of Brussels, 1995
[6] Kallmeyer A R, Stephens R I. Constant and variable amplitude fatigue behavior and modeling of an SRIM polymer matrix composite. J of Comp Mater, 1995,29(12): 1621~1647
[7] Sheng Songen. Finite element analysis of the stress state of a plain weave glassfiber reinforced plastic laminate. Report, University of Ghent, 1996
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