A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Performance Evaluation of G+20 Rcc Structures: A Static and Seismic Analysis Using Etabs Software
The structural design of high-rise buildings, particularly those using reinforced cement concrete (RCC), requires meticulous evaluation under various loading conditions to ensure safety and functionality. This study delves into the static and seismic performance of a G+20 RCC framed structure using ETABS software. The research examines the impact of different loads on the structure, focusing on displacement, shear force, and bending moment. By integrating seismic analysis into the design process, the study highlights the resilience of RCC structures against dynamic forces and provides a comprehensive understanding of structural behavior under extreme conditions.
Performance Evaluation of G+20 Rcc Structures: A Static and Seismic Analysis Using Etabs Software
The structural design of high-rise buildings, particularly those using reinforced cement concrete (RCC), requires meticulous evaluation under various loading conditions to ensure safety and functionality. This study delves into the static and seismic performance of a G+20 RCC framed structure using ETABS software. The research examines the impact of different loads on the structure, focusing on displacement, shear force, and bending moment. By integrating seismic analysis into the design process, the study highlights the resilience of RCC structures against dynamic forces and provides a comprehensive understanding of structural behavior under extreme conditions.
Performance Evaluation of G+20 Rcc Structures: A Static and Seismic Analysis Using Etabs Software
Shambhavi Yelmeli (author) / Dr. Sheetal Verma (author)
2024-03-04
doi:10.55529/ijasm.42.18.26
International Journal of Applied and Structural Mechanics ; Vol. 4 No. 02 (2024): Feb-Mar 2024; 18-26 ; 2799-127X
Article (Journal)
Electronic Resource
English
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