Design and Analysis of Earthquake Resistant Building (Three Storey RCC School) Using STAAD Pro

Abstract

With the advent of advanced technology, public buildings such as high-rise buildings
and long-distance bridges are designed to evolve, increasing their inclination to the outside
world. Therefore, these structures are at risk of extreme vibrations under the influence of strong
winds and earthquakes. To protect these public buildings from severe structural damage, the
earthquake response of these structures is analyzed and the calculation of wind power and forces
such as support and removal of members are calculated and included in the design of the
building that resists vibration. The main purpose of this paper is to construct an earthquakeresistant
structure by conducting seismic research of the structure in an equitable analysis and
analysis and design of the structure using STAAD. Pro software. To this end, the 'Three-School
School in Nagpur' is being considered. Seismic statistics are designed for the 3rd seismic zone,
the 3rd aspect of Response reduction, the standard temporal resistance framework and the value
factor 1. The structural safety of a building is ensured by calculating all active loads on the
building, including side wind and seismic excitation.