Effect of different stacking sequence of jute and flax fabrics on the tensile, water absorption and wear properties of hybrid composite laminate has been studied. The composites have been manufactured by hand lay-up technique. The stacking sequence configurations are set as JJJJJ (jute-jute-jute-jute-jute), JFJFJ (jute-flax-jute-flax-jute), JFFFJ (jute-flax-flax-flax-jute), FJJJF (flax-jute-jute-jute-flax) and FJFJF (flax-jute-flax-jute-flax). It is found that the specimen with FJFJF sequence has highest tensile strength (149.12 MPa), less water absorption and better wear resistance than that of the other sequences.

中文翻译：

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双向黄麻/亚麻纤维的堆叠顺序对环氧基混杂复合材料的拉伸强度，吸水率和摩擦学性能的影响

研究了黄麻和亚麻织物不同堆叠顺序对混杂复合层压材料拉伸，吸水和磨损性能的影响。该复合材料已经通过手工铺层技术制造。堆叠顺序配置设置为JJJJJ（黄麻-黄麻-黄麻-黄麻-黄麻），JFJFJ（黄麻-亚麻-黄麻-亚麻-黄麻），JFFFJ（黄麻-亚麻-亚麻-亚麻-黄麻），FJJJF（亚麻-黄麻-黄麻-黄麻）和FJFJF（亚麻-黄麻-黄麻-亚麻）。结果表明，与其他序列相比，具有FJFJF序列的试样具有最高的拉伸强度（149.12 MPa），吸水率更低和耐磨性更好。