This paper provides an overview of theories and applications of structural system reliability
(SSR). The paper defines SSR problems and discusses the growing needs for SSR analysis …

Abstract Design of experiment and active learning strategy are vital for the surrogate-based
reliability analysis. However, the existing sampling and modeling methods usually ignore …

Structural system reliability analysis is of important significance for evaluating the safety of
structures with many components. Since a structural system can be acted by static or …

This paper proposes a time-variant system reliability analysis method by combining multiple
response Gaussian process (MRGP) and subset simulation (SS) to solve the small failure …

Time-variant reliability problems commonly occur in practical engineering applications due
to deterioration in material properties, dynamic load and other causes. Since this kind of …

Time-dependent failure may result from material properties deterioration, random load, and
other uncertain factors, which are widespread among practical engineering applications …

Surrogate model-based reliability analysis methods, especially the adaptive Kriging model,
have received increasing attention due to their high accuracy and efficiency for reliability …

Efficient time-variant reliability prediction for dynamic systems is a challenging problem to
reduce the risk because large amounts of information is needed for the prediction. In this …

One of the most critical factors in using systems is their reliability. The reliability study aims to
help understand the probable nature of equipment failure during use and establish reliability …

Seismic resistance and disaster prevention for self-anchored suspension bridge (SASB) are
important, but the seismic reliability of this complex structure is time-consuming or low …