对为快艇主体的复合材料添加安东竹子和玻璃纤维的效果

Daffa Alvian Iswandi, Andi Lamappasessu, Dwi Rahmalina
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引用次数: 0

摘要

在材料技术方面,天然纤维可以作为增强材料来制造轻质、坚固、环保、廉价的材料。竹子结实,重量轻,操作简单。船体是最关键的部件,它需要由既坚固又轻便的材料制成。在整个复合单张发票制作过程中,都采用手工叠层法。复合材料片材中增强纤维的含量在玻璃纤维和竹纤维这两种纤维中分别为4%、5%和6%。ISO 14125弯曲试验和ISO 527-4拉伸试验根据安东竹纤维的拉伸试验结果,代号A由4%的纤维和96%的基体组成,具有显著的强度值,代号C由6%的玻璃纤维和94%的基体组成,具有显著的强度值。根据竹纤维的弯曲试验结果,代号A的纤维含量为4%,基体含量为96%,具有显著的强度值。根据对玻璃纤维类型的研究结果,代码C由6%的玻璃纤维和94%的基体组成,具有显著的强度值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Efek Penambahan Penguat Serat Bambu Andong dan Serat Kaca pada Komposit untuk Aplikasi Badan Speed Boat
In materials technology, natural fibers can be employed as reinforcing materials to create materials that are lightweight, strong, environmentally friendly, and inexpensive. Bamboo is sturdy, light in weight, and simple to work with. The hull of a ship is the most critical component, and it needs to be made of material that is both strong and light. The hand-lay-up method is employed throughout the composite sheet invoice process. Reinforcing fiber content in composite material sheets varies by 4%, 5%, and 6% between the two types of fibers used: glass fiber and bamboo fiber. ISO 14125 Bending Test and ISO 527-4 Tensile Test According to the results of tensile testing on andong bamboo fiber, code A, which consists of 4% fiber and 96% matrix, has a significant strength value, and code C, which consists of 6% glass fiber and 94% matrix, has a significant strength value. According to the results of the bending test for bamboo fiber, code A, which consists of 4% fiber and 96% matrix, has a significant strength value. According to the results of research on the type of glass fiber, code C, which consists of 6% glass fiber and 94% matrix, has a significant strength value.
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