Influence of basalt and E-glass fiber on mechanical properties of jute reinforced composite material

Rathod Jatin, S. Ramakrishna
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Abstract

The current work focuses on investigating mechanical properties of novel material by considering three levels and three process parameters as input for developing orthogonal array. Based on orthogonal L9 array, nine different samples were fabricated by hand layup technique and vacuum bagged. The samples were tested for tensile and hardness. This experimental data is input for minitab software to perform statistical analysis. By considering the best composition further investigations were conducted by replacing basalt with E-glass to compare. Mechanical properties were evaluated like flexural in addition to tensile and hardness, and found which material is supporting high to increase the strength of jute fiber.
玄武岩和e -玻璃纤维对黄麻增强复合材料力学性能的影响
目前的工作重点是研究新型材料的力学性能,考虑三个层次和三个工艺参数作为正交阵列的输入。在正交L9阵列的基础上,采用手工铺层和真空袋装法制备了9种不同的样品。对样品进行了拉伸和硬度测试。实验数据输入minitab软件进行统计分析。在考虑最佳成分的基础上,用e -玻璃代替玄武岩进行比较。除了拉伸和硬度外,还对黄麻纤维的弯曲等机械性能进行了评估,发现哪种材料的支撑力高,可以提高黄麻纤维的强度。
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