Paper Contents
Abstract
The yielding and inelastic behavior of structural elements that are detailed to display such behavior during earthquakes is dealt with in seismic design. The building is built with enough strength to respond elastically to earthquakes. The multistory RC building's seismic design is intended to withstand the ground motion brought on by an earthquake. The numerous seismic design codes must be thoroughly understood by an engineer in order to build an earthquake-resistant construction. In this essay, the literature from diverse study projects was examined. These publications provide greater details regarding the static and dynamic analyses performed on different kinds of structures. The time required for seismic analysis and the number of errors in the structure's analysis and design will decrease with the usage of software. The seismic performance of the structure was assessed by the researchers using codes from different nations. We looked at variables including displacement, base shear, storey drift, duration, axial force, and shear force bending moment. These studies have sparked interest in seismic design of multistory buildings utilizing different codes to see which codal provisions provide the most effective designs that perform well during earthquakes
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Copyright © 2024 HIMALIYA . This is an open access article distributed under the Creative Commons Attribution License.
