Bridges crossing fault rupture zones: A review
S Yang, GP Mavroeidis - Soil Dynamics and Earthquake Engineering, 2018 - Elsevier
Several earthquakes over the past two decades have demonstrated that bridges crossing
fault rupture zones may suffer significant damage due to the combined effects of ground …
fault rupture zones may suffer significant damage due to the combined effects of ground …
A novel structure-pulse coupled model for quantifying the column ductility demand under pulse-like GMs
ABSTRACT A novel model is constructed to investigate the coupling effect of pulse period
(Tp) and peak pulse velocity (Vp) on structural demands with the varied fundamental period …
(Tp) and peak pulse velocity (Vp) on structural demands with the varied fundamental period …
Response of structures to bidirectional seismic loading: Research progress and future directions
Rigorous assessment of structural response to seismic excitation poses challenges for
researchers in their bid to account for the effects of (1) biaxial interaction; and (2) incidence …
researchers in their bid to account for the effects of (1) biaxial interaction; and (2) incidence …
Seismic responses and damage control of long-span continuous rigid-frame bridges considering the longitudinal pounding effect under strong ground motions
J Li, L Xu - Journal of Bridge Engineering, 2023 - ascelibrary.org
Continuous rigid-frame bridge (CRFB), a type of bridge adopting the unique form of pier-
girder consolidation, combines a T-shaped rigid frame with a continuous girder. CRFBs …
girder consolidation, combines a T-shaped rigid frame with a continuous girder. CRFBs …
Risk-based design and optimization of shape memory alloy restrained sliding bearings for highway bridges under near-fault ground motions
Abstract The Shape Memory Alloy (SMA)-restrained bearing consists of a typical sliding
bearing and SMA wires. The SMA wires are adopted to limit the excessive displacement …
bearing and SMA wires. The SMA wires are adopted to limit the excessive displacement …
Track-bridge deformation relation and interaction of long-span railway suspension bridges subject to strike-slip faulting
During earthquakes, the long-span railway bridges crossing active faults are more
vulnerable because of the combined effects of pulsed ground motions and surface …
vulnerable because of the combined effects of pulsed ground motions and surface …
Effects of near-fault motions and artificial pulse-type ground motions on super-span cable-stayed bridge systems
This paper evaluates the seismic responses of a super-span cable-stayed bridge subjected
to near-fault ground motions. A new method, record-decomposition incorporation (RDI), is …
to near-fault ground motions. A new method, record-decomposition incorporation (RDI), is …
Experimental and numerical studies of the seismic behavior of a steel-concrete composite rigid-frame bridge subjected to the surface rupture at a thrust fault
Bridges crossing fault are vulnerable to surface fault ruptures. Previous studies on this topic
are limited especially for thrust faults. It is necessary to examine the performances of fault …
are limited especially for thrust faults. It is necessary to examine the performances of fault …
Earthquake response of continuous girder bridge for high-speed railway: A shaking table test study
L Jiang, X Kang, C Li, G Shao - Engineering Structures, 2019 - Elsevier
Continuous girder bridges for high-speed railway (HSR) are increasingly used to overcome
undulating terrain and to provide a flat surface for high-speed travel. Only a few dynamic …
undulating terrain and to provide a flat surface for high-speed travel. Only a few dynamic …
Seismic damage evaluation of high-speed railway bridge components under different intensities of earthquake excitations
Bridges are common features of high-speed railway infrastructure. However, the
performance of such bridges under seismic scenarios has not been well studied. To quantify …
performance of such bridges under seismic scenarios has not been well studied. To quantify …