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This study uses the ETABS software to provide a thorough investigation of wind effects on high-rise buildings. Understanding wind behavior is crucial for maintaining structural integrity, occupant comfort, and architectural functionality in urban environments where skyscrapers are becoming more and more common. The study models wind flow patterns around high-rise buildings using computational fluid dynamics (CFD) simulations, taking into account a variety of environmental elements such adjacent buildings, rugged terrain, and meteorological conditions. The study also looks into how building structures respond dynamically to loads caused by wind, highlighting the significance of precise modeling methods and material characteristics. The research investigates various design approaches and mitigating techniques to improve the aerodynamic performance and structural stability of high-rise structures under wind loading through parametric simulations and sensitivity analysis. By giving architects, engineers, and urban planners useful insights to produce safer and more resilient high-rise structures in wind-prone zones, the findings optimize building designs.
Chaudhary et al. (Sat,) studied this question.