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A study of the effects of ingredients to the mechanical properties of natural fiber composites (NFC)

机译:成分对天然纤维复合材料力学性能的研究(NFC)的研究

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The importance of NFC (Natural Fiber Composite) as construction materials is widely accepted all over the world. But it seems that NFC manufacturers have complicated information about the effect of ingredients to their products. Hence systematic study for optimum composition of NFC is needed. This study is aimed to elucidate the effect of ingredients to the mechanical properties of NFC. We devised design of experiments to draw a firm conclusion. The experiments were conducted with polymer processing machines which are widely accepted in polymer processing industries. The result of ANOVA analysis showed that the most important ingredient of NFC is wood flour. And as the length of wood flour increases, the mechanical properties are enhanced. Contrary to wood flour, base resin has little effect to the mechanical properties of NFC. The effect of coupling agent to flexural modulus is not ignorable, but the effect to flexural strength is different from that of flexural modulus.
机译:NFC(天然纤维复合材料)作为建筑材料的重要性广泛接受世界各地。 但似乎NFC制造商似乎有关于成分对其产品影响的复杂信息。 因此,需要对NFC的最佳组成的系统研究。 本研究旨在阐明成分对NFC的力学性能的影响。 我们设计了实验的设计,以得出坚实的结论。 通过在聚合物加工行业中广泛接受的聚合物加工机进行实验。 ANOVA分析结果表明,NFC最重要的成分是木粉。 随着木面粉的长度增加,力量增强了机械性能。 与木面粉相反,基础树脂对NFC的机械性能几乎没有影响。 偶联剂与弯曲模量的效果不是忽略的,但对弯曲强度的影响与弯曲模量不同。

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