天然生物高分子复合材料力学性能的实验分析

Sudalai Raja A, J. D
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引用次数: 0

摘要

由于生物复合材料具有重量轻、成本低、可生物降解和生物相容性等各种理想特性,因此在许多工程应用中得到了广泛应用。生物复合材料被用于许多行业,如汽车、体育用品、船舶、电气和家用电器。红麻、黄麻、香蕉、助焊剂用作纤维。通过适当的测试方法评估其力学性能。材料的强度对每种材料都很重要,因此生物材料必须通过力学测试方法进行评估。本研究尝试以印楝油和竹林油为原料制备天然树脂,以鱼壳和螺松纤维为增强材料制备生物复合材料,并对其拉伸、冲击和弯曲等力学性能进行了测试。纯树脂样品具有拉伸和柔性性能。经过测试。楝树油基生物材料的柔韧性高于油基生物材料。Tk油基生物材料的刚度较高。这一结果有望成为环保材料,并具有生物相容性,可用于医疗领域
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Experimental Analysis on Mechanical Properties of Natural Bio-Polymer Composite
Bio-composites are used in many engineering applications due to various desirable properties that they offer such as light weight, low cost, bio-degradable and bio-compatible. Bio-composites are used in many industries such as automotive, sporting goods, marine, electrical and household appliances. Kenaf, jute, banana, flux is used as fibers. The mechanical properties are evaluated by appropriate testing methods. The strength of material is important to each material so that bio-material to be evaluated by mechanical testing methods. In this study an attempt is made to prepare natural resin with neem oil and Thennamarakudi oil and to fabricate Bio-composite with fish shell and screw pine fiber as reinforcement and test for its mechanical properties such as tensile, Impact and Flexural. The pure resin samples have tensile and flexible properties. After taken testing. the neem oil-based biomaterial flexibility is higher than the oil-based biomaterial. The stiffness is higher in Tk oil-based biomaterial. The result is expected from the biomaterial as eco-friendly material and applicable for medical field as biocompatible
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来源期刊
Academic Journal of Manufacturing Engineering
Academic Journal of Manufacturing Engineering Engineering-Industrial and Manufacturing Engineering
CiteScore
0.40
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