A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study on Irregular Tall RC Structure and Composite Structure by Pushover Analysis
Irregular systems make up a significant portion of urban infrastructure. As a result, irregular structures, especially those in seismic zones, become a matter of concern. Buildings with irregular shapes are more likely to be designed than buildings with regular shapes, as the architectural element of a building has become more important than the structural safety of the building in recent years. According to studies, irregularity plays a significant role in seismic behaviour, forcing a comprehensive investigation in structural design. The present research addresses the study and behaviour of structures with composite columns–concrete-filled steel tube columns (CFST) having irregularities in plan and elevation, subjected to ground motion. In this paper, a study on how composite column–concrete-filled steel column meets seismic demands in five irregular structures and its advantages over RCC has been carried out by pushover analysis in ETABS.
Study on Irregular Tall RC Structure and Composite Structure by Pushover Analysis
Irregular systems make up a significant portion of urban infrastructure. As a result, irregular structures, especially those in seismic zones, become a matter of concern. Buildings with irregular shapes are more likely to be designed than buildings with regular shapes, as the architectural element of a building has become more important than the structural safety of the building in recent years. According to studies, irregularity plays a significant role in seismic behaviour, forcing a comprehensive investigation in structural design. The present research addresses the study and behaviour of structures with composite columns–concrete-filled steel tube columns (CFST) having irregularities in plan and elevation, subjected to ground motion. In this paper, a study on how composite column–concrete-filled steel column meets seismic demands in five irregular structures and its advantages over RCC has been carried out by pushover analysis in ETABS.
Study on Irregular Tall RC Structure and Composite Structure by Pushover Analysis
Lecture Notes in Civil Engineering
Loon, Lee Yee (editor) / Subramaniyan, Muthulingam (editor) / Gunasekaran, K. (editor) / Pannirselvam, N. (author) / Sreelekshmi, M. (author)
2022-01-19
16 pages
Article/Chapter (Book)
Electronic Resource
English
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