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Flax fabric-reinforced epoxy pipes subjected to lateral compression

机译：亚麻织物 - 增强的环氧管经过侧向压缩

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摘要

Application of flax fibre as reinforcement in polymer composites used in the construction and manufacturing industries is a step towards achieving more sustainable construction practices. Flax fabric-reinforced epoxy (FFRE) was used to manufacture forty-two pipes with a variety of internal diameters and flax fabric layers, all with a length-to-internal diameter ratio of 1.5:1. Lateral compression loading was performed on the FFRE pipes to establish the effect of internal diameter and number of fabric layers on the strength, energy absorption capability, strains, and failure mechanism. When compared to previously reported test results for pipes manufactured from different natural fibre composites, the FFRE pipes manufactured in this study and subjected to lateral compression showed higher strength, flexibility, and specific energy absorbed while demonstrating comparable strength, specific strength, and specific energy absorbed with synthetic and hybrid fibre composite pipes.
机译：亚麻纤维在建设和制造业中使用的聚合物复合材料中的加固应用是实现更可持续的建筑实践的一步。亚麻织物增强环氧（FFRE）用于制造具有多种内径和亚麻织物层的42个管道，所有内径为1.5：1。在FFRE管上进行外侧压缩负荷，以确定内径和织物层数对强度，能量吸收能力，菌株和失效机制的影响。与先前报告的来自不同天然纤维复合材料制成的管道的测试结果相比，本研究中制造的FFRE管道和横向压缩的管道显示出更高的强度，柔韧性和吸收的特定能量，同时展示相当的强度，比力和吸收的特定能量。用合成和杂化纤维复合管。

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