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Dynamic Mechanical Properties and Correlation With Dynamic Fragility of Sisal Reinforced Composites

机译:剑麻增强复合材料的动态力学性能及其与动态脆性的关系

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In this study, the reinforcement effect in sisal/polyester composites containing distinct reinforcement content was studied ranging from fragile to strong classification. The results indicate that the reduced storage modulus changes steadily, and the loss modulus and the tan peak are broader for composites containing more fiber (dynamically strong composites). As more fiber was incorporated in the resin, lower peak height for the tan delta curve was obtained, which may be indicative of lower energy dissipation due to a greater relative amount of interface. Also, the use of reduced dynamic mechanical curves (similar to dynamic fragility) is an alternative to facilitate the study of the material behavior. POLYM. COMPOS., 36:161-166, 2015. (c) 2014 Society of Plastics Engineers
机译:在这项研究中,研究了剑麻/聚酯复合材料中增强含量不同的增强效果,从易碎到强分类。结果表明,降低的储能模量稳定变化,损耗模量和tan峰对于包含更多纤维的复合材料(动态强度较高的复合材料)而言较宽。随着在树脂中掺入更多的纤维,获得了较低的正切增量曲线峰高,这可能表明由于界面的相对量较大而导致的能量耗散降低。同样,使用减少的动态机械曲线(类似于动态脆性)是促进材料行为研究的一种选择。 POLYM。 COMPOS。,36:161-166,2015.(c)2014年塑料工程师学会

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