Purpose The purpose of this paper is to briefly summarize and review the theories and
methods of complex structures' dynamic reliability. Complex structures are usually …

This study proposes an uncertain optimal attitude–vibration control method for rigid–flexible
coupling satellites with reliability constraints based on the interval dimension-wise analysis …

A consistent seismic hazard and fragility framework considering combined capacity-demand
uncertainties is proposed, in light of the probability density evolution method (PDEM). The …

Considering the multi-source uncertainties and disturbances in the attitude dynamics of
space power satellite (SPS), an interval dynamic model of SPS is proposed based on the …

Structural systems are consistently encountering the variabilities in material properties,
undesirable defects and loading environments, which may potentially shorten their designed …

In Stochastic Dynamics of Structures, Li and Chen present a unified view of the theory and
techniques for stochastic dynamics analysis, prediction of reliability, and system control of …

In the stochastic dynamic analysis of nonlinear structures, the strategy of point selection
plays a critical role in achieving the tradeoffs between the accuracy and efficiency. To this …

In conjunction with the formulation of random functions, a family of renewed spectral
representation schemes is proposed. The selected random function serves as a random …

Generally, the static and dynamic reliabilities of structures are addressed separately in the
existing methods except the computationally expensive stochastic sampling-based …

In time-dependent reliability analysis, the first-passage method has been extensively used to
evaluate structural reliability under time-variant service circumstances. To avoid computing …