Use of Brick Waste in the Production of Energy-Efficient Lightweight Concrete
DOI:
https://doi.org/10.52340/building.2026.73.01.13Keywords:
brick waste, lightweight concrete, energy efficiency, construction waste, thermal insulation, circular economyAbstract
This article discusses the potential use of brick waste in the production of energy-efficient lightweight concrete, considering the climatic conditions of Georgia. The study demonstrates that the use of crushed brick waste as a partial replacement for natural aggregates reduces the density of concrete and improves its thermal insulation properties. At the same time, water absorption increases and compressive strength decreases to a certain extent, depending on the replacement ratio. The research highlights the prospects of using this material in energy-efficient and environmentally sustainable construction.
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References
1. I. Kvaraia. Innovative Technologies in Construction. Tbilisi, Georgian Technical University, 2020, p. 171.
2. L. Klimiashvili, D. Gurgenidze, A. Chikovani. Construction Materials Science. Tbilisi, Georgian Technical University, 2017, p. 160.
3. Nikolina Karakaš Janjić, Tanja Kalman Šipoš, Mirta Benšić. Advances in Civil and Architectural Engineering. Warsaw, Poland, 2024.
“Prediction of the Strength of Concrete Containing Brick Waste Using Mathematical Models.”


