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首页> 外文期刊>Journal of Mechanical Science and Technology >A study on low-velocity impact damage of Z-pin reinforced laminates
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A study on low-velocity impact damage of Z-pin reinforced laminates

机译:Z销增强层合板的低速冲击损伤研究

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摘要

Based on a low-velocity impact test, four main modes of low-velocity impact damage, including matrix cracking, de-laminating, fiber failure and matrix crushing, are taken into account. By using the proper failure criterion, the low-velocity impact damage of z-pin reinforced laminates can be realized. The results of FEM simulation, which indicate that a z-pin makes the area of delamination reduced by approximately 50%, are in good agreement with the experimental C-scan results.
机译:在低速冲击试验的基础上,考虑了低速冲击损伤的四种主要模式,包括基体开裂,分层,纤维破坏和基体破碎。通过使用适当的破坏准则,可以实现z钉增强层压板的低速冲击损伤。有限元模拟的结果表明,z形销使分层面积减少了约50%,与实验C扫描结果非常吻合。

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