Study on Effects of Soil-Structure Interaction to Earthquake Resistance of Bridge

Yan Yan Fan; Zi Qi Li

doi:10.4028/www.scientific.net/AMR.163-167.1198

Paper Titles

Discussion on Drift Limit of Fully Operational Performance Level for RC Structures
p.1175

Numerical Analysis of Reasonable Hinge Joints Size of Reinforced Concrete Hinged Plates
p.1180

Experimental Study of Ultimate Bearing Capacity of Hinged Plates with Different Configuration Hinge Joints
p.1186

The Experimental Study of Early-Age Strength and Elastic Modulus of Concrete
p.1192

Study on Effects of Soil-Structure Interaction to Earthquake Resistance of Bridge
p.1198

The Properties of Oxidated Carbon Fibers Reinforced Cement
p.1203

Effects Analysis of Web Cracks on Long-Term Deformation of Large Span Pre-Stressed Concrete Continuous Box Girder Bridge
p.1207

Study of Shear Capacity in Brazilian Prestressed Hollow Core Slabs
p.1213

A Numerical Method for Penetration into Concrete Target Using SPH-Lagrange Coupling Method
p.1217

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 163-167Study on Effects of Soil-Structure Interaction to...

Study on Effects of Soil-Structure Interaction to Earthquake Resistance of Bridge

Abstract:

As a steel pipe concrete arch bridge for example, the difference of earthquake response is analyzed and studied by considering and not considering soil-structure interaction according to software ANYSY. It provides a reference for the design of the large bridge.