In the application of High Damping Rubber (HDR) bearings as seismic isolation devices for
bridges in cold regions, there are concerns about the low temperature effect on the …

Corrosion-induced damage on coastal bridge piers reduces the seismic performance of
structures. Biaxial earthquake excitation makes the degradation even worse. In this study …

In this paper, the overall hysteretic behavior of uniform (BB) and proposed graded-thickness
(BGB) thin-walled steel square box columns under constant axial force and circular …

As a hybrid rubber isolation bearing, the lead high-damping rubber bearing (LHB) exhibits
enhanced seismic isolation and energy dissipation performance by combining lead cores …

Thin-walled steel tubular circular columns are becoming an increasingly attractive choice as
cantilever bridge piers due to their architectural, structural and constructional advantages …

Inconsistency and incompatibility exist between the seismic capacity values obtained from
shell-element models and the seismic demand results obtained from beam-based models in …

High damping rubber (HDR) bearings have been widely applied in seismic isolation of
structures. However, the complex behavior of HDR bearings is influenced by thermal …

This study comprehensively evaluates the lateral performance and behaviour of stiffened
steel hollow box piers under axial and lateral cyclic bidirectional loading using Finite …

High-damping rubber (HDR) bearings exhibit obvious initial stress hardening at lower
ambient temperatures and stress softening under cyclic loading. The phenomenon of stress …

The local instability of steel plates is the predominant seismic failure mode for steel bridge
piers. However, the application of shell-based finite-element (FE) models in an engineering …