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Viscous Damper Device for Reinforced Concrete Buildings Subjected to Earthquake
tm3070811679
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Maintaining the safety, Functionality of buildings and living confort in the residents during earthquakes and strong winds is of paramount importance in civil engineering field. The present system is development of a numerical finite element algorithm used for analysis of reinforced concrete structure equipped with shakes energy absorbing device subjected to dynamic load such as earthquake excitation. Hence, new nonlinear viscose damper is proposed and finite element program code for analysis of reinforced system is evaluated by implementation in actual reinforced concrete frame buildings. by comparing seismic responses of modeled structures without energy dissipation system, and structures with proposed system shows that using developed earthquake dissipation devices effectively reduced structural response due to earthquakes and mitigates buildings safety. The main aim of present work is to provide safe shelter for one billion humans being against natural disaster such as earthquake and tsunami.

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Faculty of Engineering, University Putra Malaysia
43400 Serdang
Selangor
Malaysia

Full Name [1]
Jamaloddin Noorzaei
Email [1]
jamal@eng.upm.edu.my