加巴-加巴蛋架生物复合材料作为会议室隔音墙材料的应用

Sabaruddin Sabaruddin, Sudarman Samad, Firdawaty Marasabessy, Asri A. Muhammad
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引用次数: 0

摘要

生物复合材料是由两种或两种以上可降解的天然高分子材料或生物纤维(天然纤维)作为增强材料与聚合物或基体的组合。天然纤维通常具有良好的吸音能力,并具有作为复合材料增强材料的基本特性。如果波浪撞击到材料上,波浪可以被拉直、反射和吸收。复合材料结构的吸音能力可用于降低噪音水平。本研究将鸡蛋架废料与西米叶茎(gaba-gaba)废料混合,作为房间隔音板的生物复合材料。本研究采用的材料建模工程方法是一种纯粹的实验方法,分阶段根据固定变量和可测量变量制作测试样品,然后进行测试以获得材料的吸声系数,再根据指定变量得出测试结果,然后将材料应用于会议室。之后测试房间的声学水平,尤其是会议室的声学水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Gaba-Gaba Egg Rack Bio-Composite as Material Wall Meeting Room Acoustics
Bio composite materials are a combination of two or more natural polymer materials or biofiber (natural fibers) which can be degraded as reinforcement and polymer or matrix. Natural fibers generally have the ability to absorb sound well and have basic properties as composite reinforcements. If a wave hits a material, the wave can be straightened, reflected and absorbed. The ability of composite structures to absorb sound can be used to reduce noise levels. This research models a combination of egg rack waste mixed with sago leaf stem (gaba-gaba) waste as a bio-composite material for room acoustic panels. This research uses a material modeling engineering method which is a pure experiment, with the stages of making test samples based on fixed variables and measurable variables and then testing to obtain the material absorption coefficient, then the test results are based on the specified variables, then applying the material to the meeting room. After that tested the acoustic level of the room, especially the meeting room.
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