This paper proposes a uniform design (UD)-based Gaussian process regression (GPR)
method for rapid damage assessment and fragility estimates of bridges. The core idea of the …

The benefit of fiber-reinforced concrete (FRC) to the life-cycle seismic performance of the
bridge has not yet been fully studied. A probabilistic methodology was proposed in this study …

This paper is devoted to the research on applying the deep learning method to nonlinear
structural post-disaster damage state assessment. Transformer and Informer networks with a …

The use of isolation layer structures has been a proven and effective method in reducing the
seismic dynamic response of tunnels. It is considered a crucial measure in enhancing the …

Seismic isolation devices serve as an important measure to reduce hazards or mitigate
structure damage subject to earthquakes. It's of great necessity to select the optimal …

The modern research is aimed to enhance the tensile properties of concrete so that its
performance should be made better in various reinforced concrete structures. In the current …

While conventional seismic isolation bearings are usually inefficient for bridges with tall
piers, rocking foundation is a promising approach mitigating their seismic demands and …

Hydrodynamic effects have a significant impact on the seismic performance of deep water
bridges in reservoir. Currently, three-dimensional numerical fluid-structure interaction …

The benefit of fiber reinforced concrete (FRC) to the seismic performance of bridges under
different earthquake scenarios and damage mechanisms has not been fully addressed. This …

The paper reports the results of a numerical investigation on the relevance of including bar
slip, bar buckling and low-cycle fatigue in seismic fragility assessment of RC bridge piers …