COMPARATIVE ANALYSIS OF THE DESIGN OF THREE DIFFERENT FLAT-SLAB STRUCTURAL SOLUTIONS OF A MULTI-STOREY RC BUILDING (ACCORDING TO EUROCODE 8)

Authors

  • Филип Петаковић Autor

DOI:

https://doi.org/10.24867/28CG12Petakovic

Keywords:

Multi-storey RC building, Eurocodes, flat slab systems, primary and secondary seismic elements, shear walls, comparative analysis

Abstract

Within this paper, a comparative analysis of the design of a multi-story RC structure in three different, but com-parable, structural systems is presented. A residential-commercial building with a floor plan of B+G+4+P is considered, and the analysis covers the behavior of the structure with three types/arrangements of primary seis-mic elements: shear walls of L-shape placed around the perimeter of the structure; walls of I-shape; and a series of short walls of rectangular sections, including perime-ter beam elements. Based on the analyses results, conclu-sions and recommendations related to the optimal design of multi-storey buildings with flat slabs are drawn.

Author Biography

  • Филип Петаковић

    Filip Petaković was born in Ruma, Serbia, in 1993. He graduated in 2018 from the Department of Civil Engineering and Geodesy, majoring in Construction at the Faculty of Technical Sciences in Novi Sad. He defended his master's thesis in the field of Civil Engineering - Concrete Structures at the Faculty of Technical Sciences in 2024. 

References

[1] Brujić, Z. (2023.) - Betonske konstrukcije – deo II – Višespratne zgrade, Fakultet tehničkih nau-ka, Novi Sad.
[2] Santrač, P. (2021) – Fundiranje – interakcija konstrukcije i tla, Univerzitet u Novom Sadu, Građevinski fakultet u Subotici. – (elektronski izvor).
[3] Milićević, I., Ignjatović I. (2017) – Analiza pri-mene sekundarnih seizmičkih elemenata u pro-računu prema Evrokodu 8, Građevinski fakultet u Beogradu, Univerzitet u Beogradu.

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Published

2024-09-26

Issue

Vol. 39 No. 10 (2024): Proceedings of Faculty of Technical Sciences

Section

Civil Engineering