• Corpus ID: 164212749

Seismic Performance Assessment of HSR Bridges through Structural Simulation and Testing

@inproceedings{Salehi2017SeismicPA,
  title={Seismic Performance Assessment of HSR Bridges through Structural Simulation and Testing},
  author={M. Mahdi Salehi},
  year={2017}
}
In this presentation, the seismic performance of Hybrid Sliding-Rocking (HSR) bridge columns with various designs and under different loading conditions is evaluated via numerical simulations and experimental tests. The numerical study employs structural models with a recently proposed HSR element formulation to examine the effects of different design variables on the seismic performance of HSR columns. This study shows that facilitating joint sliding can improve the seismic performance of HSR… 

References

SHOWING 1-6 OF 6 REFERENCES

Large-Scale Seismic Testing of a Hybrid Sliding-Rocking Posttensioned Segmental Bridge System

AbstractIn this paper, a novel precast concrete segmental bridge system is introduced and experimentally investigated. The system consists of segmental members incorporating hybrid sliding-rocking

Nonlinear Dynamic Analysis of Hybrid Sliding-Rocking Bridges

This paper introduces an innovative joint element to model the hybrid sliding-rocking (HSR) joints utilized in substructure columns of HSR segmental bridges. HSR joints allow both sliding and rocking

Quasi-Static Cyclic Testing of a Large-Scale Hybrid Sliding-Rocking Segmental Column with Slip-Dominant Joints

This paper presents the findings of an experimental study that investigated the response properties of segmental cantilever columns incorporating internal unbonded posttensioning (PT) and

Numerical Simulation of Hybrid Sliding-Rocking Columns Subjected to Earthquake Excitation

AbstractThis paper introduces a novel element formulation for the dynamic analysis of bridges incorporating posttensioned segmental columns with hybrid sliding-rocking (HSR) joints distributed over...

Seismic analysis and design of precast concrete segmental bridges

Open System for Earthquake Engineering Simulation

  • 2000