Aspects of Strain Rate Effects on Some Composite Materials

E. Ayorinde
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Abstract

Effects of moderate straining speed on the material and damage characteristics of beam samples of graphite/epoxy and E-glass/epoxy composites were investigated. The basic fiber architecture utilized was unidirectional, axial layup, but data was also obtained for the 45-degree orientation. Ultrasonic and acoustic emission (AE) inspections were utilized. The acoustic emission records show matrix cracking. The ultrasonic images revealed the regions of failure. The results show that in general, strain rate notably affects material and damage properties.
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某些复合材料应变速率效应的几个方面
研究了适度应变速度对石墨/环氧树脂和e -玻璃/环氧树脂复合材料梁样材料和损伤特性的影响。使用的基本光纤结构是单向的,轴向分层,但也获得了45度方向的数据。超声和声发射(AE)检查。声发射记录显示基体开裂。超声图像显示了失效区域。结果表明,总体而言,应变速率对材料性能和损伤性能影响显著。
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