UDK 33 Экономика. Народное хозяйство. Экономические науки
The article discusses the economic aspects of the use of carbonate-containing cement compositions to reduce the cost of repair and maintenance of buildings. The study focuses on the durability and increased resistance of such materials to aggressive external influences, which makes it possible to reduce the frequency of repairs and improve the operational characteristics of buildings. The analysis of the cost of using carbonate-containing cements in comparison with traditional building materials is given, taking into account their impact on the life cycle of structures. The conclusion is made about a significant reduction in maintenance costs due to an increase in the service life of structures and a reduction in the need for frequent repairs.
carbonate-containing cements, building materials, economic justification, cost reduction, repair of buildings, maintenance of structures, durability, life cycle, stability of materials
1. A. Al-Hamrani , M. Kucukwar , V. Alnakhal , E. Mahdi, N.S. Onat Green concrete for a closed-loop economy: a review of stability, durability and structural properties of Materials , 14 (2) (2021) , p. 351
2. SRL da Cunha , JLB de Aguiar Phase-changing materials and energy efficiency of buildings: an overview of J. Energy Storage , 27 ( 2020) , Article 101083
3. Y. Dhandapani , T. Saktivel , M. Santanam , R. Gettu , R. G. Pillai Mechanical properties and durability indicators of concrete on lime-clay cement (LC3) Cement Concrete Res. , 107 (2018) , pp. 136-151
4. R. Fedyuk , M. Amran , N. Vatin , Yu. Vasilyev , V. Lesovik , T. Uzbakkaloglu Acoustic properties of innovative concretes: Materials Review , 14 (2) (2021) , p. 398
5. C. Garg, A. Jain Green concrete: Efficient and environmentally friendly Building Materials International Journal of Scientific Research, 2 (2) (2014) , page 259-264
6. N. Gupta , R. Siddiq , R. Belarbi Sustainable and more environmentally friendly self-sealing concrete using industrial by-products: a review by J. Clean. Prod. , 284 (2021) , Article 124803