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2022 | OriginalPaper | Chapter

Designing High-Rise Residential Building, Given the Progressive Collapsing

Authors : Andrii Bieliatynskyi, Valerii Pershakov, Oleksandra Akmaldinova, Victoria Akmaldinova

Published in: Safety in Aviation and Space Technologies

Publisher: Springer International Publishing

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Abstract

The article presents the features of designing a high-rise residential building, taking into account the progressive collapsing. On the basis of numerical modeling of high-rise frame-monolithic residential building stress and strain state by means of the “LIRA CAD” PC, the feasibility of recommendations stipulated in construction standards and constructive measures proposed in literature sources are analyzed. And the effectiveness of high-rise residential buildings protection against progressive destruction is assessed.

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Literature
1.
go back to reference Shapiro G, Eisman Y, Zalesov A (2005) Recommendations for the protection of monolithic residential buildings from progressive collapse. Moscomarchitecture, Moscow, p 40. www.complexdoc.ru Shapiro G, Eisman Y, Zalesov A (2005) Recommendations for the protection of monolithic residential buildings from progressive collapse. Moscomarchitecture, Moscow, p 40. www.​complexdoc.​ru
2.
go back to reference Bielostotskii A (2007) Analysis of the causes of collapse of the structures of the coating of SOC “Transvaal Park”. ANSYS Solutions, Russian edn, Winter, p 8 Bielostotskii A (2007) Analysis of the causes of collapse of the structures of the coating of SOC “Transvaal Park”. ANSYS Solutions, Russian edn, Winter, p 8
3.
go back to reference Bielostotskii A et al (2008) Calculations of buildings for resistance to progressive collapse, taking into account physical and geometric nonlinearities. Theory and practice of calculation of buildings, structures and structural elements. In: Analytical and numerical methods: Sat. labor interd. scientific-practical conference. MGSU, Moscow, pp 183–193 Bielostotskii A et al (2008) Calculations of buildings for resistance to progressive collapse, taking into account physical and geometric nonlinearities. Theory and practice of calculation of buildings, structures and structural elements. In: Analytical and numerical methods: Sat. labor interd. scientific-practical conference. MGSU, Moscow, pp 183–193
4.
go back to reference Shapiro G, Eisman Y, Travush V (2006) Recommendations for the protection of high-rise buildings from progressive collapse. Moscomarchitecture. Moscow, p 34. www.complexdoc.ru Shapiro G, Eisman Y, Travush V (2006) Recommendations for the protection of high-rise buildings from progressive collapse. Moscomarchitecture. Moscow, p 34. www.​complexdoc.​ru
5.
go back to reference Dudar I, Prilipko T, Potapova T (2001) Directory of regulatory and technical data for projects of a complex of works of a zero cycle in construction. Manual. VSTU. Vynnytsia, p 133 Dudar I, Prilipko T, Potapova T (2001) Directory of regulatory and technical data for projects of a complex of works of a zero cycle in construction. Manual. VSTU. Vynnytsia, p 133
6.
go back to reference Almazov V, Plotnikov A, Rastorguiev B (2011) Problems of resistance of buildings to progressive destruction. Sci Tech J “Herald” 2:15–20 Almazov V, Plotnikov A, Rastorguiev B (2011) Problems of resistance of buildings to progressive destruction. Sci Tech J “Herald” 2:15–20
7.
go back to reference Davydov I (2010) Features of calculations and protection of building structures from progressive collapse. Bull Dnieper State Acad Civil Eng Archit PDABA. Dnipropetrovsk 11:38–46 Davydov I (2010) Features of calculations and protection of building structures from progressive collapse. Bull Dnieper State Acad Civil Eng Archit PDABA. Dnipropetrovsk 11:38–46
8.
go back to reference Gorodetsky A, Barabash M, Vodopyanov R, Titok V, Artamonova A (2013) LIRA-CAD® software package Textbook. Kyiv, Moscow, p 394 Gorodetsky A, Barabash M, Vodopyanov R, Titok V, Artamonova A (2013) LIRA-CAD® software package Textbook. Kyiv, Moscow, p 394
9.
go back to reference Nazarov Y, Zhuk Y, Simbirkin V, Egorov M (2007) Basmanny market: analysis of constructive decisions and possible mechanisms of building destruction. Constr Mech Calculation Constr 2:49–55 Nazarov Y, Zhuk Y, Simbirkin V, Egorov M (2007) Basmanny market: analysis of constructive decisions and possible mechanisms of building destruction. Constr Mech Calculation Constr 2:49–55
Metadata
Title
Designing High-Rise Residential Building, Given the Progressive Collapsing
Authors
Andrii Bieliatynskyi
Valerii Pershakov
Oleksandra Akmaldinova
Victoria Akmaldinova
Copyright Year
2022
DOI
https://doi.org/10.1007/978-3-030-85057-9_13

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