Optimization of Yield Shear Coefficient for Parallel Base Isolation System

Qiang Rong; Yan Sheng

doi:10.4028/www.scientific.net/AMM.166-169.363

Paper Titles

Shaking Table Model Test of Steel Frame Structure
p.343

Modal Analysis of Tensioned Membrane Structure of Umbrella-Shaped
p.349

About One Way of Optimization of the Thick-Walled Shells
p.354

Reinforcing Design of the Crane Girder in a Factory
p.359

Optimization of Yield Shear Coefficient for Parallel Base Isolation System
p.363

Vertical Isolation Research of Rubber Bearing in Series with Disk Spring
p.367

The FEM Analysis of Size Effect on Prism Concrete Specimens with Different Lengths under Loads of Axial Compression
p.371

Numerical Analysis of Composite Wind Turbine Blade Considering Failure Behavior
p.375

Research on the Ultimate Bearing Capacity for Steel Tubular Transmission Tower’s Joints with Annular Plate
p.379

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 166-169Optimization of Yield Shear Coefficient for...

Optimization of Yield Shear Coefficient for Parallel Base Isolation System

Abstract:

The optimization of yield shear coefficient for parallel base isolation system is investigated systematically. The maximum dissipative energy scale factor is used as the objective function, the maximum sliding displacement of a base-isolated layer, the residual displacement and the maximum base shear coefficient are considered the constraining factors. The optimal range of the yield shear coefficient is proposed by inputting the seismic waves of the different sites.