Mechanical Test of Gigantochloa Apus by Drying

B. Waluyo, M. Ridwan, M. Zainuri
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Abstract

Bamboo forms an important component in the traditional material building of Indonesia Rural. Bamboo known live any place at Indonesia, is a renewable material with extensive application prospects. It has been expected to be a sustainable alternative for more traditional construction materials, such as steel, light weight steel, alminum and timber. As known tensile strength of Mild Steel between 45 and 50 N/mm, lightweight steel between 25 and 30 N/mm, timber between 14 and 16 N/mm, bamboo between 16 and 18 N/mm. Tensile strength is defined as a stress, which is measured as force per unit area, for some non-homogeneous materials (or for assembled components) it can be reported just as a force or as a force per unit width. In the International System of Units (SI). This paper presents the mechanical test properties of Gigantochloa apus in the top, middle, and top part. Recording average mechanical test of Gigantochloa apus in the top part 15.5 N/mm; Middle part 17.8 N/mm2; Rear part 16.4 N/mm. The Conclusion average of mechanical properties of Gigantochloa apus above 17-18 N/mm (hard timber about 1516 N/mm), Gigantochloa apus is very cheap, easy getting anywhere. Keywords— Tengsile Strength Test, Gigantochloa apus
大褐藻干燥力学试验
竹子是印尼农村传统材料建筑的重要组成部分。竹子已知生长在印度尼西亚的任何地方,是一种具有广泛应用前景的再生材料。它有望成为传统建筑材料(如钢、轻钢、铝和木材)的可持续替代品。众所周知,低碳钢的抗拉强度在45到50 N/mm之间,轻钢在25到30 N/mm之间,木材在14到16 N/mm之间,竹子在16到18 N/mm之间。抗拉强度被定义为应力,以单位面积的力来测量,对于一些非均匀材料(或组装部件),它可以报告为力或单位宽度的力。在国际单位制(SI)。本文介绍了巨藻顶部、中部和顶部的力学性能测试。在顶部15.5 N/mm处记录巨藻的平均力学试验;中部17.8 N/mm2;后部16.4 N/mm。结论巨褐藻的力学性能平均值在17-18 N/mm以上(硬木约1516 N/mm),巨褐藻价格低廉,随处可得。关键词:拉伸强度试验;巨黄藻
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