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Development and mechanical characterization of green bamboo composites

机译:绿色竹复合材料的开发与力学特征

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In this study, a bamboo composite is developed using specific bamboo species known as Gigantochloa Scortechinii (Buluh Semantan) which can be found in Malaysia. In precise, the woven bamboo (WB) was formed from the culm fier composite with an average of 0.5 mm thickness and 5.0 mm width strip is laminated with Wowen E Glass (WEG) and reinforced with epoxy (EP). The laminated was using a hand lay-up technique. The developed bamboo composites are then characterized comprehensively in the term of tensile, hardness, impact, fatigue and fracture test. It is found that the strength was equivalent with the existing steel alloy in term of tensile and fracture properties.
机译:在本研究中,使用称为Gigantochloa Scortechinii(Buluh Semantan)的特定竹种来开发竹复合材料,该竹菌可以在马来西亚发现。在精确的是,由秆竹(Wb)由圆锥形纤维复合材料形成,平均为0.5mm厚,5.0mm宽度带材与Wowen E玻璃(WEG)层压并用环氧树脂(EP)加固。层压是使用手敷设技术。然后,开发的竹复合材料在拉伸,硬度,抗冲击,疲劳和裂缝试验的术语中全面地表征。发现强度与现有的钢合金相当于拉伸和裂缝性能。

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