DESIGN AND ANALYSIS OF G+30 BUILDING BY USING ETABS SOFTWARE

Abstract

The majority of buildings have simple geometry, with vertical columns and horizontal beams. In most
situations, a basic grid system consisting of horizontal floors and vertical column lines may generate
building geometry with little effort, even if ETABS version 2009 allows for any structure form. The floor
levels of many structures are comparable. Modelling and design time may be significantly decreased by
using this commonality.
Our primary goals are to finish a high-rise building, make sure the structure is safe and cost-effective
under gravity loading circumstances, and accomplish the purpose for which the buildings were
constructed. Both the dead load and the live load are taken into account while designing the structure.
The ETABS software tool was used for the structure's study and design. IS 456-2000 is in agreement
with the design.
ETABS software is used in this research to model, analyse, and design the G+30 building. Analysis
outcomes such as storey drift, shear, bending, and torsion are examined. The G+30 building model is
used to carry out the design outcomes, such as beam scheduling, column scheduling, and foundation
design.