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

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

1 A. Surendra, 2Dr.k. Mahaboob Peera ,3 S. Shabana, 3 S. Priyanka, 3G. Pavan, 3A. Suneel, 3 S. Sushma Sree

1Assistant Professor, Civil Engineering, Srinivasa Ramanujan Institute of technology, Anantapur - 515701.

2Assistant Professor, Civil Engineering, Srinivasa Ramanujan Institute of technology, Anantapur - 515701.

3 Under Graduation Students, Civil Engineering, Srinivasa Ramanujan Institute of technology, Anantapur -515701.

Abstract: ETABS stands for Extended Three-Dimensional Analysis of Building Systems. The main purpose of this software is to design multistorey building in a systematic process. The project is designed in accordance with Indian codes, considering various loads such as Reinforced concrete (IS 456-2000), dead load (IS875-1987 part1), live load (IS875-1987 part2), wind load (IS875-1987 part3), seismic load (IS1893-2016 part1 ) and load combinations are considered as per the (IS875-1987 part-5) code books. The analysis considers seismic zone III and ensures safety by considering dead load, live load, seismic and wind forces, and balancing economy and safety. Structural design is crucial for Civil Engineers, and proper analysis can prevent structure failure and loss of life. Engineers analyze structures considering constraints like serviceability and deformability, following IS codes. Our project focuses on analyzing and designing superstructures like slabs, beams, and columns, considering dead load, live load, seismic and wind forces. The analysis parameters such as shear force, bending moment, and displacements are compared and presented in a comparative manner.

Keywords: ETABS, Seismic load and Wind load.