Design And Analysis Of Resident Building At Different Seismic Zone In Bangladesh Using ETABS

Abstract

The construction of buildings requires ideas and cautious plans. The design can be difficult for retail developers, since they tend to prefer the universe and horizontal instead of vertical. However, the great value of land and high-level traffic of high density urban centers tend to design vertical structures. Developers will build housing characteristics designed to be resold to lease income. In recent years, it is a construction of limited natural resources, costs, time and structures that are susceptible to stress to the center of the city. Hence, according to the need of rentable spaces, owner desires, aesthetics, cost, safety and comfort, architects and engineers are now facing the challenges of structural design to accommodate people's total daily life in one single structure. As outcomes, Multiplan and multifunctional structures are now being constructed with different types of concrete floor systems considering lateral load impact. The earthquake occurs in the form of seismic waves that causes structural damage of the earthquake cortex movement, which affects the behavior of the components of the components, the underlying soil and the general behavior of the system. When an earthquake occurs, the behavior of the building depends on the distribution of the mass, intensity and rigidity. . So here, the analysis is carried out for seismic response and stability against extreme environmental condition of (G+9=10 storey) residential building using BNBC 2020 at zone-I (Barisal), zone-II (Dhaka) and Zone-III (Chittagong) and Zone-IV (Sylhet) in Bangladesh by thorough response spectrum method and time history method in ETABS. The parameters like storey drift, storey displacement and Base shear are observed for specified zones. Among four different seismic zone the maximum displacement at zone-1