Abstract
The use of lightweight concrete materials in Indonesia, especially in the Merauke Regency area can be an alternative amid the rapid development of the housing sector. In this experimental study, the author took the initiative to replace coarse aggregate with wood charcoal as light coarse aggregate. The purpose of this study was to determine the value of compressive strength and to determine whether the wood charcoal material met the standard of lightweight concrete coarse aggregate. Planning the proportion of lightweight concrete mixture in this study using a volume ratio between cement, sand and wood charcoal of 1: 2, 1: 2: 2.5 and 1: 2: 5 with variations of test days at 3, 7, 14, 21 and 28 day. From the results of the compressive strength test of lightweight concrete, the use of wood charcoal aggregate as coarse aggregate in concrete causes the value of the compressive strength of concrete to decrease.
Highlights
The rapid progress of construction science in Indonesia has become one of the references for constructing environmentally friendly, strong but economical buildings [1]
The choice of lightweight concrete material in residential construction work is an option because it has advantages and can be more economical than using other construction materials [2]
The use of lightweight concrete materials in Indonesia, especially in the Merauke Regency area can be an alternative amid the rapid development of the housing sector
Summary
The rapid progress of construction science in Indonesia has become one of the references for constructing environmentally friendly, strong but economical buildings [1]. The choice of lightweight concrete material in residential construction work is an option because it has advantages and can be more economical than using other construction materials [2]. The use of lightweight concrete materials in Indonesia, especially in the Merauke Regency area can be an alternative amid the rapid development of the housing sector. Lightweight concrete can be obtained from the use of lightweight aggregates that can be obtained naturally or artificially. Lightweight concrete can be produced without the use of fine aggregate (sand) in the paste mixture so that at least it can save the existing material [4]
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