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Improving the Mechanical Properties of Natural Fiber Composites of Hemp Fiber with Ramie and Banana Fiber through Compression Molding Method

机译:通过压缩成型方法改善苎麻纤维天然纤维复合材料的机械性能

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Natural fiber composite is the most preferable research area in the modern situation due to its availability, applications, and ecofriendly quality. This paper deals with the influence of hemp fiber with the various compositions of the ramie fiber and some basic mechanical properties of banana fiber composites. The hemp fiber is maintained as 20 percentage of total volume. Then, the remaining volume percentage is shared with the ramie fiber and banana fiber with various combinations. Eleven specimens were prepared to identify the some basic mechanical properties. The chemical compositions were mentioned as a pie chart, and then experimental results were plotted as graphical representations like line diagram and radar diagram for clear identification that the composite with higher ramie fiber concentration provided the greater results in the mechanical behaviors. The suitable composite combinations were recommended based on their superior properties as conclusions.
机译:由于其可用性,应用和生态友好质量,天然纤维复合材料是现代情况中最优选的研究区域。 本文涉及大麻纤维对苎麻纤维的各种组成的影响以及香蕉纤维复合材料的一些基本力学性能。 大麻纤维保持为总体积的20个百分点。 然后,将剩余的体积百分比与苎麻光纤和香蕉光纤共享,具有各种组合。 制备十一标本以鉴定一些基本的机械性能。 作为饼图,提到化学组合物,然后将实验结果绘制为像线条图和雷达图,如线图和雷达图,以清楚地识别,具有更高的苎麻纤维浓度的复合材料在机械行为中提供更大的结果。 根据其优异的特性作为结论,建议使用合适的复合组合。

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