Kinerja Bata Ekologis Berbasis Tanah Lokal pada Sistem Modular: Studi Kasus Sekolah Hikari

Asy Syaima Adam, Hilmi Dewani Fauziah, Safanisa Aurellia, Irfan Sabarilah Hasim, Utami Utami, Eggi Septianto, Fadilah Hasim

Abstract

Local Soil-Based Ecological Bricks Performance in a Modular System:
A Case Study of Hikari School

The construction industry contributes significantly to carbon emissions and material waste, thus necessitating more eco-friendly and efficient alternatives. This study aims to evaluate the performance of eco-bricks made from local soil in a modular system at Hikari School. The methodology employed is a descriptive qualitative approach using a case study design, involving literature review, field observations, documentation, and interviews. The results show that eco-bricks utilize local soil, are produced without firing, reduce cement requirements, and support an efficient and flexible interlocking system. Vertical voids serve as installation pathways, thermo-acoustic elements, and column spaces. Damage is generally influenced by user activity, humidity, and finishes, rather than structural failure of the material.

Keywords

durability; ecological bricks; interlocking bricks; material; modular performance

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References

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DOI: https://doi.org/10.20961/arst.v24i1.116082

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