Comparative analysis of various types of enclosing structures` effectiveness on multi-storey reinforced concrete frame buildings for conditions of Central Asia
Keywords:
brick, wall, frame-sheathing wall (FSW), light steel thin-walled structures (LSTS), thermal profile, seismic resistance, energy saving, ecology, thermal insulation
Abstract
The effectiveness of external and internal walls of modern multi-storey frame buildings made from traditional brick materials, small cellular aerated concrete blocks, as well as the proposed new frame-sheathing wall structures (FSW) in the temperature, climatic and seismic conditions of Central Asia is considered.
References
[1] Solving the problem of energy efficiency of buildings using energy-saving enclosing structures, “Development of the business environment and ways to increase the investment attractiveness of Uzbekistan” Proceedings of the international scientific and practical conference May 24–25, 2023, Andijan, Uzbekistan.
[2] “Modern building. Structures and materials”, Big manual, 2006.
[3] Album of technical solutions for the application of products made from autoclaved aerated concrete of the “H+H” trademark in the construction of residential, public and industrial buildings, St. Petersburg, 2011.
[4] Album of technical solutions Knauf AQUAPANEL® External wall. External non-load-bearing frame-sheathing walls with a frame made of steel thin-walled cold-formed galvanized profiles using KNAUF materials, 2020.
[5] A.A. Khodjaev, I.S. Karimjonov. Modern energy-efficient lightweight external wall structures for multi-storey buildings // Technical science and innovation 2023, No. 1. p. 59-64.
[6] Khodjaev A.A., Karimjonov I.S. Reducing the energy consumption of multi-storey buildings by dint of new solutions for external structures // “The Scientific-Practice Journal of Architecture, Construction and Design”, 2022, No. 4. p. 182-187.
[7] Dubatovka A.I. Modern constructive solutions of frame buildings with the use of light enclosing structures.
[8] Kurazhova V.G., Nazmeeva T.V. Types of nodal joints in light steel thin-walled structures. Inzhenerno-stroitel'nyi zhurnal. 2011. No. 3(21). pp. 47-52.
[9] Petrov K.V., Zolotareva E.A., Volodin V.V., Vatin N.I., Zhmarin E.N. Reconstruction of the roofs of St. Petersburg on the basis of light steel thin-walled structures and an anti-icing system. Inzhenerno-stroitel'nyi zhurnal. 2010. No. 2. S. 59-64.
[2] “Modern building. Structures and materials”, Big manual, 2006.
[3] Album of technical solutions for the application of products made from autoclaved aerated concrete of the “H+H” trademark in the construction of residential, public and industrial buildings, St. Petersburg, 2011.
[4] Album of technical solutions Knauf AQUAPANEL® External wall. External non-load-bearing frame-sheathing walls with a frame made of steel thin-walled cold-formed galvanized profiles using KNAUF materials, 2020.
[5] A.A. Khodjaev, I.S. Karimjonov. Modern energy-efficient lightweight external wall structures for multi-storey buildings // Technical science and innovation 2023, No. 1. p. 59-64.
[6] Khodjaev A.A., Karimjonov I.S. Reducing the energy consumption of multi-storey buildings by dint of new solutions for external structures // “The Scientific-Practice Journal of Architecture, Construction and Design”, 2022, No. 4. p. 182-187.
[7] Dubatovka A.I. Modern constructive solutions of frame buildings with the use of light enclosing structures.
[8] Kurazhova V.G., Nazmeeva T.V. Types of nodal joints in light steel thin-walled structures. Inzhenerno-stroitel'nyi zhurnal. 2011. No. 3(21). pp. 47-52.
[9] Petrov K.V., Zolotareva E.A., Volodin V.V., Vatin N.I., Zhmarin E.N. Reconstruction of the roofs of St. Petersburg on the basis of light steel thin-walled structures and an anti-icing system. Inzhenerno-stroitel'nyi zhurnal. 2010. No. 2. S. 59-64.
Published
2024-04-30
How to Cite
Khodjaev, A., & Karimjonov, I. (2024). Comparative analysis of various types of enclosing structures` effectiveness on multi-storey reinforced concrete frame buildings for conditions of Central Asia. The International Scientific Journal "Engineer", 2(1), 17-20. https://doi.org/10.56143/3030-3893-2024-1-17-20
Section
Civil and Structural Engineering
