Seismic Response Evolution of Precast Concrete Structure with Dampers - Khot, Sumit;Shinde, Kiran
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The seismic response evolution of precast concrete structures with dampers has Initial excitation triggers response in the structure. Dampers absorb and dissipate energy, reducing structural vibrations. Precast elements provide inherent stiffness and strength. Dampers enhance structural resilience against seismic forces. Over time, seismic activity may induce cyclic loading on the structure. Dampers continue to mitigate dynamic response, maintaining structural integrity. Monitoring systems track performance and assess damper effectiveness. Long-term behavior reveals durability and reliability…mehr

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Produktbeschreibung
The seismic response evolution of precast concrete structures with dampers has Initial excitation triggers response in the structure. Dampers absorb and dissipate energy, reducing structural vibrations. Precast elements provide inherent stiffness and strength. Dampers enhance structural resilience against seismic forces. Over time, seismic activity may induce cyclic loading on the structure. Dampers continue to mitigate dynamic response, maintaining structural integrity. Monitoring systems track performance and assess damper effectiveness. Long-term behavior reveals durability and reliability of the damping system. Seismic events may necessitate periodic maintenance and inspection. Overall, precast concrete structures with dampers exhibit improved seismic performance and resilience over their lifespan.
Autorenporträt
Mr. Sumit Khot and Mr. Kiran Shinde are working as an Assistant Professor in Annasaheb Dange College of Engineering and Technology, Ashta, Dist. Sangli. Their area of interest in precast construction and concrete Technology.