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Acoustic Microscopy Study of Properties and Microstructure of Synthetic and Natural Fiber Composite Materials

机译:合成纤维复合材料性能和微观结构的声学显微镜研究

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Bio-fiber based composites are gaining acceptance in today's industries. Aimed to replace synthetic fiber-reinforced composite materials, natural fiber composites significantly differ from them in microstructure. Development of new bio-composites shows necessity for effective studies of their mechanical properties. In this paper, properties of bio-composites with different content of wheat straw fillers are analyzed. Microstructure of the composites, its relation to material composition and distribution of the filler phase in the polymer matrix is investigated with acoustic microscopy. The obtained results help to deeper understand structure-property relationship for bio-composite materials and provide feedback for development of new materials with properties satisfactory for industrial needs.
机译:生物纤维基复合材料在当今的行业中获得了验收。旨在取代合成纤维复合材料,天然纤维复合材料在微观结构中显着不同。新的生物复合材料的开发表明了有效研究其力学性能的必要性。本文分析了具有不同含量的小麦秸秆填充物的生物复合材料的性质。复合材料的微观结构,用声学显微镜研究了聚合物基质中的材料组成和填料相分布的关系。所获得的结果有助于更深入地理解生物复合材料的结构性质关系,并为工业需求满意地提供了新材料的反馈,提供了新材料的反馈。

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