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Study on Carbon, Glass, and Flax Hybrid Composites Using Experimental and Computational Techniques

机译:使用实验和计算技术研究碳,玻璃和亚麻混合复合材料

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Composites have already proven their worth as weight-saving material; the present scenario is to make them cost-effective. Employment of natural fibers as reinforcement along with carbon and glass fibers is an effective method for achieving it. In this paper, various properties of artificial and natural fibers are discussed and the fibers are selected on the basis of static efficiency. Composite laminates were made using different combinations of carbon, glass, and flax using epoxy resin. The mechanical properties of these laminates were studied experimentally using tensile tests and three-point bending tests. The results from experimental tests are validated computationally using Ansys 16 software.
机译:复合材料已经证明了他们的价值作为保存材料;目前的场景是使它们具有成本效益。作为加固和碳和玻璃纤维的加固的就业是实现其达到的有效方法。在本文中,讨论了人造和天然纤维的各种性能,并基于静效选择纤维。使用环氧树脂使用不同组合的碳,玻璃和亚麻来制造复合层压材料。通过拉伸试验和三点弯曲试验实验研究这些层压板的机械性能。实验测试的结果使用ANSYS 16软件计算地验证。

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