SEISMIC PERFORMANCE ASSESSMENT OF AN INDIVIDUAL RESIDENTIAL BUILDING USING SITE-SPECIFIC SYNTHETIC ACCELEROGRAMS

B.U.Aktamov; SH.B.Avazov; A.T.Azamjonov; A.A.Tursunboyev; R.E.Savutov

SEISMIC PERFORMANCE ASSESSMENT OF AN INDIVIDUAL RESIDENTIAL BUILDING USING SITE-SPECIFIC SYNTHETIC ACCELEROGRAMS

Authors

B.U.Aktamov Academy of Sciences of the Republic of Uzbekistan Institute of Seismology named after G.O.Mavlonov1
SH.B.Avazov Academy of Sciences of the Republic of Uzbekistan Institute of Seismology named after G.O.Mavlonov1
A.T.Azamjonov Academy of Sciences of the Republic of Uzbekistan Institute of Seismology named after G.O.Mavlonov1
A.A.Tursunboyev Academy of Sciences of the Republic of Uzbekistan Institute of Seismology named after G.O.Mavlonov1
R.E.Savutov Urgench State University named after Abu Rayhan Beruni3

Keywords:

Earthquake, seismic safety, accelerogram, LIRA-SAPR, computational model, soil category, stress, seismic vulnerability, deformation.

Abstract

In this article, the seismic stability of a two-story private residential building located in Tashkent city is analyzed. Within the scope of the study, the building's foundation soil dynamic characteristics were taken into account, and the structure was modeled in the LIRA-SAPR software using accelerograms for different soil categories and probability levels. The results help to develop recommendations on the deformation state, structural integrity, and seismic safety of the building under various seismic conditions.

References

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Ismailov, V., Khusomiddinov, S., Khusomiddinov, A., Yodgorov, Sh., Aktamov, B., and Avazov, S.: Seismic Risk Assessment of Jizzakh Region, AIP Conf. Proc. 2432, 030035, 2022. 1–7, https://doi.org/10.1063/5.0089664,

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QMQ 2.01.03-19 “Zilzilaviy hududlarda qurilish”

QMQ 2.01.07-96 “Yuklar va ta’sirlar”

Sebastiano Marasco, Ali Zamani Noori, Marco Domaneschi “Seismic vulnerability assessment indices for buildings: Proposals, comparisons and methodologies at collapse limit states” International Journal of Disaster Risk Reduction Volume 63, September 2021, 102466

SEISMIC PERFORMANCE ASSESSMENT OF AN INDIVIDUAL RESIDENTIAL BUILDING USING SITE-SPECIFIC SYNTHETIC ACCELEROGRAMS