A Comparative Analysis of Seismic Behavior of Regular and Irregular Shaped Buildings with OMRF and SMRF Structural Systems: A Review

Abstract

Abstract: These days, modern residential buildings are getting higher and higher. The way these structures perform is significantly impacted by the impact of lateral loads from wind and earthquakes. It is impossible to completely prevent irregularities when building. It is mandatory to investigate how these irregularly shaped structures behave during earthquakes. The behaviour of regular and irregular buildings is represented in this study. As a result of the irregular plan and elevation configurations of various buildings in the current situation, which could be subject to hazadous earthquakes in the future, it is necessary to assess how well the structures are performing in terms of their ability to withstand disasters, primarily earthquakes. This project aims to compare the seismic behaviour of regular-shaped buildings with OMRF and SMRF structural systems versus. The study will make use of STAAD-Pro software, and the buildings' performance will be evaluated according to several criteria. The results of the research will broaden our understanding of earthquake engineering and provide insight into the performance of OMRF and SMRF structural systems in both regularly shaped and irregularly shaped buildings.