An Evaluation System for Seismic Retrofitting Schemes of an Existing Building Using Energy Dissipation Device

Xi Qing Li; Lin Liu

doi:10.4028/www.scientific.net/AMM.724.197

Paper Titles

Analysis of Unsteady Seepage Behavior of Rumei High Core Wall Rockfill Dam by FEM
p.175

Optimization of Seepage Prevention Form of the Zhen’an Pumped Storage Power Station
p.180

Research on Determination Loose Zone of Surrounding Rock in Highway Tunnel
p.185

Optimization Research on Geometric Parameters of Scallop-Shaped Lattice Shells
p.192

An Evaluation System for Seismic Retrofitting Schemes of an Existing Building Using Energy Dissipation Device
p.197

Acceleration Data Acquisition and Analysis Method of Shaking Table Test
p.205

Research on Characteristics of Special Nonlinear Vibration System
p.213

Research on Dynamic Characteristics of Bladed Disk System by Fixed Interface Prestressed-Free Interface CMS Super-Element Method
p.218

Study on Spatial Nonlinear Vibration Characteristics of Cables with a Particular Constraint
p.222

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 724An Evaluation System for Seismic Retrofitting...

An Evaluation System for Seismic Retrofitting Schemes of an Existing Building Using Energy Dissipation Device

Abstract:

Focusing on the green renovation project of Shendu Building in Shanghai, China, an evaluation system is developed for the comparison of a variety of seismic control schemes for seismic retrofit of the building. A three-dimensional evaluation model is developed in MATLAB to represent the dynamic features of the structural system of the building, and nine key evaluation indices are defined for the evaluation purpose from a global view of both control efficiency and costs. The complete procedure of designing control schemes based on the retrofitted benchmark structure is presented, which may be helpful for researchers and engineers in easily testing various control schemes by using this evaluation system.