Seismic Analysis and Performance Evaluation of a Composite Building Frame Considering Wind Pressure as per I.S. 875-III: An ETABS-Based Approach

Abstract

Nowadays, there's a growing trend towards constructing tall buildings with cutting-edge architectural designs. People are increasingly seeking both aesthetic beauty and safety in high-rise structures. Architects and structural engineers prioritize safety and structural stability when designing these remarkable buildings, aiming to prevent any potential hazards or structural failures. In this study, we introduce a method for designing structures that seamlessly incorporate both safety and innovative design elements.

As we all known that composite structures are now a days In trend to enhance structural strength and stability therefore in this present work we are considering a symmetrical building frame of G+10 and assigning lateral load i.e. wind load for a selected region of wind speed 39 m/s. I this study we are thinking about two cases RCC building and Composite construction and contrasting both as far as powers, dislodging, second and cost adequacy utilizing examination device ETABS.

In this study it is reasoned that composite construction is generally more steady and conservative than RCC structure as it oppose 30% more powers and dislodging.