Pemanfaatan Fly Ash dan Alkali Resistant Glass Fibre (ARG) dalam Pembuatan Paving Block

Bagus Soebandono
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Abstract

The paving block is an alternative to the use of pavement layer that is safe, strong and easy to installation and maintenance. Pavement paving block also can be produced both mechanically and manually. The added fly ash was a waste material from coal combustion in the steam power plant furnace in the form of fine, round, pozzolanic and fibre-resistant. Alkali Resistant Glass Fibre (ARG) which is shaped like a rope 18-36 mm long was added into the paving block with mixed compositions 1 Pc:10 Ps that aims to strengthen the compressive strength and flexibility of the paving block. This research was used 15 samples with mixture variation of fly ash 19% and fiber 0,25%, 0,5%, 0,75% and 1%. Based on the results of laboratory analysis, paving block (1 Pc: 10 Ps) with the addition of fly ash 19% and ARG 0.6% yielding a maximum compressive strength of 18.35 MPa. The addition of fibres with fly ash mixture was also able to increase the compressive strength of the paving block.
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粉煤灰和耐碱玻璃纤维在铺路砖中的应用
铺路砖是使用安全、坚固且易于安装和维护的路面层的替代品。路面摊铺块也可以通过机械和人工两种方式生产。添加的飞灰是蒸汽发电厂炉膛中燃煤产生的废料,呈细、圆、火山灰和耐纤维的形式。将形状像18-36mm长的绳索的耐碱玻璃纤维(ARG)加入到具有混合组合物1Pc:10Ps的铺路砖中,其旨在增强铺路砖的抗压强度和柔韧性。本研究使用了15个样品,其中粉煤灰和纤维的混合物变化分别为19%、0.25%、0.5%、0.75%和1%。根据实验室分析结果,添加19%粉煤灰和0.6%ARG的铺路砖(1块:10 Ps)的最大抗压强度为18.35 MPa。纤维与粉煤灰混合物的添加也能够提高铺路砖的抗压强度。
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审稿时长
12 weeks
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