塑料废物和木屑作为当地复合竹子的填充物

I. W. Sugiartha, A. Rofaida, R. Saptaningtyas, Teti Handayani
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引用次数: 0

摘要

本研究旨在测定PET塑料和木屑填充竹材的力学性能(抗压强度和抗剪强度)。试验对象分为5种变体,分别是BK-0(无填料的竹子作为对照)、BK-1(填充PET塑料的竹子)、BK-2(填充PET塑料的竹子+涂有粘合剂)、BK-3(填充PET塑料的竹子+粉末木锯)、BK-4(填充PET塑料的竹子+木屑并涂有粘合剂)。试验结果表明,竹材从BK-0到BK-4的抗压强度值为22.7 MPa、29.4 MPa、32.7 MPa、33.2 MPa、35.7 MPa,或BK-0的抗压强度连续提高30%、44%、46%、57%。同时,竹材从BK-0到BK-4的抗剪强度分别为4.55 MPa、5.00 MPa、5.05 MPa、5.40 MPa、5.50 MPa,到BK-0的抗剪强度分别提高10%、11%。19%和21%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pemanfaatan Limbah Plastik Dan Serbuk Gergaji Kayu Sebagai Bahan Pengisi Bambu Komposit Setempat
This study aims to determine the mechanical properties (compressive strength and shear strength) of bamboo filled with PET plastic and wood sawdust. Five variations of test objects were made, namely BK-0 (bamboo without filler as a control), BK-1 (bamboo filled with PET plastic), BK-2 (bamboo filled with PET plastic + adhesive coated), BK-3 (bamboo filled with PET plastic + powder wood saw), BK-4 (bamboo filled with PET plastic + wood sawdust and coated with adhesive). The test results give the value of the compressive strength of bamboo from BK-0 to BK-4 in a row of 22.7 MPa, 29.4 MPa, 32.7 MPa, 33.2 MPa, 35.7 MPa or an increase in the compressive strength of BK-0 in a row by 30%, 44%, 46%, and 57%. Meanwhile, the shear strength of bamboo from BK-0 to BK-4 is 4.55 MPa, 5.00 MPa, 5.05 MPa, 5.40 MPa, 5.50 MPa or an increase in shear strength to BK-0 is 10%, 11%, respectively. , 19%, and 21%.
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审稿时长
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