The results of research on the use of multilayer combined structural systems -
frame-sheathing walls as an external enclosing structure in multi-storey buildings are presented.
A comparative analysis of the structural and heat-insulating characteristics of this structure, its
advantages over traditional materials in terms of energy consumption, thermophysical,
installation, economic and other indicators in the conditions of seismic construction areas is
given.
The results of research on the use of multilayer combined structural systems -
frame-sheathing walls as an external enclosing structure in multi-storey buildings are presented.
A comparative analysis of the structural and heat-insulating characteristics of this structure, its
advantages over traditional materials in terms of energy consumption, thermophysical,
installation, economic and other indicators in the conditions of seismic construction areas is
given.
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | Khodjaev A.A. | teacher | Tashkent Institute of Architecture and Civil Engineering |
| 2 | Karimjonov I.S. | master | Tashkent Institute of Architecture and Civil Engineering |
| № | Название ссылки |
|---|---|
| 1 | E.N. Zhmarin. International light steel construction association. Internet magazine “Construction of unique buildings and structures”, 2012. 27. |
| 2 | N.I. Vatin., E.N. Popova. “Thermal profile in light steel building structures”, 2006. 63. |
| 3 | S. Niu., K.J. Rasmussen. Distortional–global interaction buckling of stainless-steel C-beams: Part II–Numerical study and design. “Journal of constructional steel research”, 2014. 40. |
| 4 | D.E.B. Miranda. Effective section method: A general direct method for the design of steel cold-formed members under local-global buckling interaction. “Thin-walled structures”, 2010. 345. |
| 5 | A.A. Khodjaev., I.S. Karimjonov. Modern external wall structures from cellular concrete and light steel thin wall structures for reinforced concrete frame multistory buildings. “Central Asian Research Journal for Interdisciplinary Studies”, 2022. 41. |
| 6 | A.A. Khodjaev., I.S. Karimjonov. Influence of the weight of exterior walls on the material consumption of load-bearing structures of buildings constructed in seismic regions. “Central Asian Research Journal for Interdisciplinary Studies”, 2022. 47. |
| 7 | A.A. Khodjaev., I.S. Karimjonov., A.A. Saidakromov. Comparative analysis of the application of exterior walls from frame-sheathed and aerated concrete enclosing structures in multistory buildings in the conditions of Central Asia. “Eurasian journal of mathematical theory and computer sciences”, 2022. 21 |
| 8 | A.A. Khodjaev., I.S. Karimjonov., A.A. Saidakromov. “Influence of the structure and type of exterior walls on the optimality indicators of multi-story reinforced concrete frame buildings built in seismic areas”, 2022. 425. |
| 9 | V.V. Yurchenko. Design of building frames from thin-walled cold-bent profiles in the SCAD Office environment. “Engineering and construction journal”, 2010. 38. |
| 10 | M.E. Tambovtseva. Current state and problems of innovation in individual construction. “Internet Bulletin of Volga GASU”, 2011. 7. |
| 11 | A.V. Orlova., E.N. Zhmarin., K.O. Paramonov. Energy efficiency of houses from LSTS. “Internet magazine construction of unique buildings and structures”, 2013. 1. |
| 12 | M.P. Bondarev. Features of housing construction in Russia and new wall material. “Building materials, equipment, technologies of the XXI century”, 2011. 22. |