The consideration of imprecise probability in engineering analysis to account for missing,
vague or incomplete data in the description of model uncertainties is a fast-growing field of …

The status and some recent developments in computational modeling of flexible multibody
systems are summarized. Discussion focuses on a number of aspects of flexible multibody …

A force reconstruction method for uncertain structures instead of direct measurement is
proposed in this paper. Considering the multi-source uncertainties as unknown-but …

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 …

Considering the multi-performance development of complex systems and the requirement of
structural modal identification with typical uncertainties, the nominal single-objective …

To realize the optimal attitude control for periodic satellites with bounded uncertainties, this
study investigates an interval-based periodic linear quadratic regulator method subjected to …

This work develops a novel multi-objective optimization for a robust attitude determination
method using the narrow bound theory, which is more appropriate to the limited uncertain …

By simultaneously considering the supported truss configuration optimization and optimal
attitude–vibration control in rigid–flexible coupling (RFC) structure, this study proposes a …

Structural vibration control is used to ensure the safety of structures in service and has
become an active research area in the past few years. In this study, uncertainties in …

A novel method for positioning accuracy analysis based on non-probabilistic time-
dependent reliability is proposed for industrial robots with multisource uncertainties. To …