Martins, Agustinho L. V. (2022) Penggunaan Limbah Kaca Bening Bangunan Sebagai (Fiiler) dalam Campuran AC-WC (Asphalt Concrete-Wearning Course) pada Jalan Raya Perkerasan Aspal Panas. Undergraduate thesis, Fakultas Teknik Universitas Merdeka Malang.

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Abstract

AC-WC is a layer on road pavement construction consisting of: from a mixture of hard asphalt which has a continuous gradation, mixed, mixed spread and solidified at a certain temperature.according to the specifications of Bina Marga 2010 revision 3, all asphalt mixtures must contain fillers.
The filler used in this study is glass waste from Clear Glass Refining This study aims to determine the percentage of glass waste filler that optimum and its effect on the performance of the mixture. From Correlation results in terms of the 100% rock ash filler shown on the composite graph, at variation of 100% Clear glass filler stability value decreased -2.06%, at 25% filler variation Clear glass stability value has increased 12.61%, at 50% filler variation. Clear glass stability value experienced an increase of 1.73%, at 75% filler variation Clear glass stability value experienced an increase of 5.20%. As for the value of the melt (flow), at 100% clear glass filler, the melting value (flow) has increased by 6.80%, at 25% filler variation Clear glass the melting value (flow) has decreased -5.32%, at 50% filler variation. Clear glass, the melting value (flow) experienced an increase of 35.50%, filler variation 75% Clear glass melting value (flow) decreased -5.63%.
Based on the results of the Marshall test, the mixture with this proportion is more resistant to water immersion so it has higher durability and is more durable resistant to potential disintegration.

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