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A platform for research: civil engineering, architecture and urbanism
Analysis of a High Rise Building Frame Under Wind Pressure Considering Steel RCC Composite Structure
Tall structures and innovative architectural designing are now a days on trend. Every one wants beautifwith safety parameters in a high rise building. For creating such beautiful structures architects and structural engineers always keep safety and structural stability first to avoid any hazardous situation or collapse of structure. Thus in this study we are presenting a technique of structure where we can consider both safety as well as innovative design.As we all known that composite structures are now a days in trend to enhance structural strength and stability, therefore, in this present work we are considering a symmetrical building frame of G + 10 and assigning lateral load i.e. wind load for a selected region of wind speed 39 m/s.I this study we are considering two cases—RCC building and Composite structure—and comparing both in terms of forces, displacement, moment and cost effectiveness using analysis tool ETABS. Since composite structures withstand 30% greater stresses and displacement than RCC structures, the authors of this research conclude that they are more stable and cost-effective.
Analysis of a High Rise Building Frame Under Wind Pressure Considering Steel RCC Composite Structure
Tall structures and innovative architectural designing are now a days on trend. Every one wants beautifwith safety parameters in a high rise building. For creating such beautiful structures architects and structural engineers always keep safety and structural stability first to avoid any hazardous situation or collapse of structure. Thus in this study we are presenting a technique of structure where we can consider both safety as well as innovative design.As we all known that composite structures are now a days in trend to enhance structural strength and stability, therefore, in this present work we are considering a symmetrical building frame of G + 10 and assigning lateral load i.e. wind load for a selected region of wind speed 39 m/s.I this study we are considering two cases—RCC building and Composite structure—and comparing both in terms of forces, displacement, moment and cost effectiveness using analysis tool ETABS. Since composite structures withstand 30% greater stresses and displacement than RCC structures, the authors of this research conclude that they are more stable and cost-effective.
Analysis of a High Rise Building Frame Under Wind Pressure Considering Steel RCC Composite Structure
Lecture Notes in Civil Engineering
Pathak, Krishna Kant (editor) / Bandara, J. M. S. J. (editor) / Agrawal, Ramakant (editor) / Prajapati, Rahul (author) / Verma, Sanjeev Kumer (author)
International Conference on Recent Advances in Civil Engineering ; 2022
2023-10-03
19 pages
Article/Chapter (Book)
Electronic Resource
English
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