A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Improving the thermal properties of lightweight concrete exterior walls
This article is devoted to the development of energy-efficient porous expanded clay concrete for exterior walls. Experimental data confirming the expediency of designing the optimal composition of porous concrete according to the general method of designing the optimal composition of the general theory of artificial building conglomerates (ABC) are presented. The presence of waste ash from thermal power engineering and a complex gas–forming agent based on the polymer K-9 reagent in the concrete provided increased durability, improved humidity and thermal engineering conditions of porous concrete.
Improving the thermal properties of lightweight concrete exterior walls
This article is devoted to the development of energy-efficient porous expanded clay concrete for exterior walls. Experimental data confirming the expediency of designing the optimal composition of porous concrete according to the general method of designing the optimal composition of the general theory of artificial building conglomerates (ABC) are presented. The presence of waste ash from thermal power engineering and a complex gas–forming agent based on the polymer K-9 reagent in the concrete provided increased durability, improved humidity and thermal engineering conditions of porous concrete.
Improving the thermal properties of lightweight concrete exterior walls
Goncharova Natalia (author) / Ababakirova Zebuniso (author) / Davlyatov Shokhrukh (author) / Umarov Shodiljon (author) / Mirzababayeva Sahiba (author)
2024
Article (Journal)
Electronic Resource
Unknown
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