Analytical Study on the Storey Drift of Steel Concrete Composite Structures for G+25 Storeys using ETABS

Authors: Lokesh E., D. Shoba Rajkumar

Country: India

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Abstract: The research aims to address the growing demand for reliable analysis methods in the design of high-rise structures. By conducting a comprehensive literature review, the study identifies key knowledge gaps and emphasizes the importance of considering material properties and geometric aspects in predicting structural behavior. A numerical model of a G+25 steel concrete composite building is created and calibrated using available data, experimental results, and relevant design codes. Parametric studies investigate the effects of design parameters on storey drift, including concrete slab thickness, steel beam and column sizes, shear connectors, and composite action. The study offers valuable insights for structural engineers and designers, showcasing the significance of appropriate design parameters and accurate modelling techniques. The findings contribute to optimizing the design process and promoting safer and more efficient high-rise structures.

Keywords: ETABS, High-rise Structures, Storey Drift

Paper Id: 230243

Published On: 2023-07-01

Published In: Volume 11, Issue 4, July-August 2023

Cite This: Analytical Study on the Storey Drift of Steel Concrete Composite Structures for G+25 Storeys using ETABS - Lokesh E., D. Shoba Rajkumar - IJIRMPS Volume 11, Issue 4, July-August 2023.

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