This paper presents a deterministic analysis carried out to study the influence of coupled
vertical and horizontal ground motions on the response of an isolated bridge (or soil-pile …

To facilitate seismic analysis of bridges, especially on a regional scale, this study
established a parametric finite element model of bridges incorporating simplified component …

Modernization of motorway infrastructure often involves widening of existing bridges which
need to be retrofitted to sustain the increased loads. Whereas pier retrofit is relatively …

This article investigates the response of Integral Abutment Bridges (IAB) when subjected to a
sequence of seasonal thermal loading of the deck followed by ground seismic shaking in the …

A new design philosophy termed “rocking isolation” has been advocated in recent studies
on soil–structure interaction (SSI) toward utilizing nonlinear foundation response for seismic …

In the process of performance-based design of bridges with aseismic bearings, there exist
intrinsic trade-off between minimization of the bearing displacement and pier displacement …

In the context of developing a real‐time seismic damage assessment technique, this paper
proposes a simplified model that accounts for abutment stoppers, focusing on the transverse …

In the event of a strong earthquake, the motorway administrator will likely have to interrupt
network operations to inspect potentially damaged bridges. Although continuing operation …

Safety of motorway users in case of a strong seismic event is directly related to the
performance of infrastructure elements, especially motorway bridges. Preventive closure …

The simplified modeling and analysis procedures commonly used in the design and
assessment of bridges utilize one-dimensional (1D) spine elements and springs. These …