First-passage probability estimation of high-dimensional nonlinear stochastic dynamic
systems is a significant task to be solved in many science and engineering fields, but …

Efficient assessment of small first-passage failure probabilities of nonlinear structures with
uncertain parameters under stochastic seismic excitations is an important but still …

Large-span bridges are often subjected to spatially varying ground motion (SVGM)
excitations. Meanwhile, bridge structures and ground motion excitations generally present a …

Current studies indicate that curved beam bridges are more sensitive to the spatial variability
of earthquake ground motion (SVEGM) than straight bridges. However, research methods …

To study the life-cycle seismic reliability analysis (SRA) of cable-stayed bridges (CSBs)
taking into account chloride-induced corrosion and degradation of components, an actual …

High-pier long-span continuous RC rigid frame bridges would be more vulnerable to seismic
spatial variability and multi-component nature due to their large geometric dimension …

In practical engineering, it is usually necessary to compute the small first-passage
probability of dynamic systems exposed to nonstationary stochastic excitations. However, it …

To efficiently and accurately evaluate the seismic system reliability analysis (SSRA) of cable-
stayed bridges subjected to spatially varying ground motions, a direct probabilistic …

Seismic reliability analysis is crucially important for the seismic performance evaluation and
probabilistic seismic risk assessment of bridges. However, the exact and efficient …

Shape memory alloy (SMA) supplemented with traditional base isolation devices are proven
to be beneficial in controlling the seismic vulnerability of isolated buildings (Gur et al., 2014; …