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Inelastic behavior of reinforced concrete structure with tuned mass damper
A damper is a significant tool that can enhance a building’s seismic performance. When these dampers are integrated into a structure, they help to reduce seismic forces such as absolute acceleration, displacement, velocity, and base shear. By simulating earthquake scenarios with and without tuned mass dampers (TMDs), it has been demonstrated that this system can effectively decrease responses based on the structure’s sensitivity. The study involved creating analytical models for both the structure and TMD, treating the TMD as a passive energy device, to assess the dynamic absorber's efficiency. The analysis aimed to determine how the structure’s dynamic behavior is influenced when the absorber is installed on the top floor. A comparison between the structure with TMD and without revealed that TMDs also enhance the structural behavior by lessening displacement, drift ratio, and shear force, depending on the frequency content of the earthquake excitation.
Inelastic behavior of reinforced concrete structure with tuned mass damper
A damper is a significant tool that can enhance a building’s seismic performance. When these dampers are integrated into a structure, they help to reduce seismic forces such as absolute acceleration, displacement, velocity, and base shear. By simulating earthquake scenarios with and without tuned mass dampers (TMDs), it has been demonstrated that this system can effectively decrease responses based on the structure’s sensitivity. The study involved creating analytical models for both the structure and TMD, treating the TMD as a passive energy device, to assess the dynamic absorber's efficiency. The analysis aimed to determine how the structure’s dynamic behavior is influenced when the absorber is installed on the top floor. A comparison between the structure with TMD and without revealed that TMDs also enhance the structural behavior by lessening displacement, drift ratio, and shear force, depending on the frequency content of the earthquake excitation.
Inelastic behavior of reinforced concrete structure with tuned mass damper
Asian J Civ Eng
Mohammed, Bzhar Muheddin (author) / Güneyisi, Esra Mete (author)
Asian Journal of Civil Engineering ; 25 ; 1841-1856
2024-02-01
16 pages
Article (Journal)
Electronic Resource
English
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