船壳材料接缝层合板系统抗渗试验效果分析

Parlindungan Manik, Sarjito Jokosisworo, Tuhfan Jawahiru Basyari
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引用次数: 0

摘要

木材是制造船舶的一种材料,另一种替代品是竹子。竹材料起着重要的作用,因为竹子还有另一个优点,这种竹子重量轻,柔韧性相当高。为了制作好的竹板,造船需要牢固的粘合剂和组件组合。在本研究中,使用的竹子类型为佩东竹。本研究的目的是确定密封性试验对船舶壳体材料连接处的petung竹层压板系统的影响,并确定用于测试petung竹层压板系统在船舶材料连接处的密封性值。同时,这项研究的好处是提供了有关Petung竹层压板系统在容器材料连接处的抗渗试验的各种问题的理解和见解。本研究的方法采用标准的空气压力试验,目的是看它是否可以应用于竹造船技术。该测试使用的压力范围为0.2 psi。研究结果表明,垂直节理层压板为140.2 lbf/in2和139.4 lbf/in2,倾斜节理层压板为124.4 lbf/in2和123.8 lbf/in2。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis Of the Effect Of Impermeability Test On Laminated Board Systems Bamboo Petung On Ship Shell Material Joints
Wood material is one of the materials in the manufacture of shipAnother alternative is bamboo. Bamboo material plays an important role because bamboo has another advantage of this bamboo, which is lightweight and has a fairly high flexibility. To make a good bamboo board, a strong adhesive and combination of components is needed for shipbuilding. In this study, the type of bamboo used was petung bamboo. The purpose of this study was to determine how the effect of the tightness test on the petung bamboo laminated board system at the ship’s shell material connection and to determine the value of the tightness used to test the petung bamboo laminated board system on the ship's material connection. Meanwhile, the benefit of the research is to provide understanding and insight on various matters relating to the Impermeability Test of the Petung Bamboo Laminated Board System at the Connection of the Vessel Material. The method in this study uses the standard Air Pressure Test which aims to see whether or not it can be applied to bamboo ship building technology. This test uses a pressure ranging from 0.2 psi. The results of this study showed that the vertical joint laminated board showed 140.2 lbf/in2 and 139.4 lbf/in2 while the inclined joint laminate board is 124.4 lbf/in2and 123.8 lbf/in2.
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