The present study investigates the analysis of the optimal friction coefficient with respect to
the seismic performance of isolated multi-span continuous deck bridges, equipped with …

Friction isolation bearings are widely used in engineering structures, which exhibit good
seismic isolation effects. Peak displacement of friction isolation bearing is crucial to measure …

The aim of this work is to evaluate the influence of the pier–abutment–deck interaction on
the seismic response of bridges isolated by single concave sliding pendulum isolators …

The earthquake-resilient design of a reinforced concrete framed building is presented in this
paper as a case study. A non-conventional application of the base isolation in conjunction …

This article presents a sensitivity study on shape memory alloy (SMA)-based friction
pendulum bearings (FPBs) for response control of a three-span continuous isolated bridge …

This study examines the influence of ground motion characteristics on the optimal friction
properties of single concave sliding bearings employed for the seismic isolation of structural …

This study aims at evaluating the optimal properties of friction pendulum bearings to be
employed for the seismic protection of elastic isolated structural systems under earthquake …

The hysteretic behavior of friction concave isolators is affected by the variability of the friction
coefficient experienced during a seismic event. This variability is a combined function of …

The aim of this work is to evaluate the optimal properties of friction pendulum system (FPS)
bearings for the seismic protection of bridge piers under earthquake excitations having …

This study investigates the performance of bridges isolated with the SMA (shape memory
alloy)-based FPB (pendulum friction bearing) system at low temperatures. The SMA-based …