Railway bridge pier with large cross-section will vibrate significantly during strong
earthquake events. Sacrificial components can be used to improve the lateral stiffness and …

Seismic isolation technology has a wide application to protect bridges from earthquake
damage, a new designed bridge pier with seismic isolation are provided for railways in …

The aim of this study is to investigate the variation in response quantities of buildings
seismically isolated by lead rubber bearings (LRBs), depending on how the superstructure …

This study investigates the change in hysteretic properties of a lead–rubber bearing (LRB)
exposed to low temperature. For this purpose, a full-scale LRB was conditioned at …

This study mainly focuses on experimental and numerical investigation of the isolation
mechanism and seismic performance of a self-centering railway bridge pier. To begin, a …

The present study focuses on the amplification of maximum isolator displacements due to
torsion in a structure seismically isolated by lead rubber bearings (LRBs). Mass …

This study investigates the modification in the seismic response of a base-isolated bridge
that is exposed to low temperatures. The isolation system is assumed to be composed of …

This study investigates the response modification in a bridge seismically isolated with lead
rubber bearings (LRBs), due to change of ambient temperature from 20oC to-30oC …

This study proposes a modularized deep learning-based loading protocol for optimal
parameter estimation of Bouc-Wen (BW) class models. The protocol consists of two key …

In this study, nonlinear time history analyses of a four-story seismically isolated building are
performed under the effect of historical near-fault earthquake records and their artificially …