首页> 外文会议>International Conference on Frontiers in Automobile and Mechanical Engineering >MECHANICAL CHARACTERIZATION OF BASLAT BASED NATURAL HYBRID COMPOSITES FOR AEROSPACE APPLICATIONS
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MECHANICAL CHARACTERIZATION OF BASLAT BASED NATURAL HYBRID COMPOSITES FOR AEROSPACE APPLICATIONS

机译:用于航空航天应用基于Basllat基天然混合复合材料的机械表征

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Advanced composites have attracted aircraft designers due to its high strength to weight ratio, high stiffness to weight ratio, tailoring properties, hybridization of opposites etc. Moreover the cost reduction is also another important requirement of structural components. Basalt fibers are new entry in structural field which has excellent properties more or less equivalent to GFRP composites. Using these basalt fibres, new hybrid composites were developed by combining basalt fibres with natural fibres. The mechanical and thermal properties were determined and compared with BFRP and GFRP composites. Results proved that hybrid composites have some good qualities.
机译:由于其高强度为重量比,重量比,重量比,剪裁性能,对立的杂交等,高级复合材料吸引了飞机设计者。此外,降低成本也是结构部件的另一个重要要求。玄武岩纤维是结构领域的新进入,其具有更优异的性质,其特性或多或少等于GFRP复合材料。使用这些玄武岩纤维,通过将玄武岩纤维与天然纤维组合来开发新的杂化复合材料。测定机械和热性能并与BFRP和GFRP复合材料进行比较。结果证明杂交复合材料具有一些良好的品质。

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