This paper examines the impact of LRB and FPS-bearing isolator properties on the seismic
behaviour of base-isolated buildings. A systematic analysis of various factors crucial to the …

The construction period of large structures such as hospitals can be prolonged due to
complex construction processes. The behavior of frictional pendulum systems (FPSs) is …

This study aims to compare seismic response of fixed-base and most preferred base
isolation models including lead rubber bearing (LRB), curved surface friction bearing (FPS) …

Base isolation technique is based on two mechanisms: period elongation and damping
increase that may considerably improve the structural performance under earthquakes …

The objective of a base isolation system is to decouple the building from the damaging
components of the earthquake by placing isolators between the superstructure and the …

Large-scale tanks are widely used for storing chemicals and fuels. Their failure due to
natural (eg, earthquakes) and/or man-made hazards can lead to disastrous consequences …

Spherical reticulated shells are spatial structures widely used for important public buildings
with concerns of seismic behaviors. To assess the feasibility of friction pendulum bearings …

In recent years, there has been a significant effort to create innovative and affordable
seismic protection systems that can be widely used in developing regions. Traditional …

El objetivo de la presente investigación es evaluar el efecto de los parámetros dinámicos
del sistema de aislación (el grado de acoplamiento torsional (Ωb), el periodo de vibración …

The article investigates the vibration of the railway bridge on the sliding foundation with dry
friction under the action of real earthquake records at the intensity of 7, 8, 9, and over 9 on …