PARAMETRIC ANALYSIS OF HIGHRISE BUILDING WITH DIFFERENT LOCATIONS OF SHEAR WALL USING STAAD-PRO (KEY IJP************451)

• Mr. Satyawan Dhobale,

Abstract

The analysis and design phase of this project begins with the selection of a suitable building model, which is subjected to different loading scenarios in various geographical locations. STAAD-PRO, a renowned structural analysis and design software, is employed to simulate and assess the structural behavior of the high-rise building. The software allows for the detailed examination of the impact of shear wall locations on factors such as structural deformation, stress distribution, and overall stability. Throughout the project, an in-depth investigation into the effects of shear wall placement on the building's performance is conducted. The findings of this study will help engineers and architects make informed decisions regarding the optimal positioning of shear walls in high-rise buildings, ensuring that they meet both safety and aesthetic requirements. This research contributes to the field of structural engineering by providing valuable insights into the significance of shear walls in high-rise building design. It also demonstrates the capabilities of STAAD-PRO as a powerful tool for structural analysis and design. Ultimately, the project aims to enhance the efficiency and safety of high-rise structures, paving the way for innovative and sustainable architectural solutions in the construction industry.