Due to the limitation of measured data, the random and epistemic uncertainties must be
simultaneously handled for the reliability analysis of curvilinear aircraft stiffened panels with …

Random set theory is a general framework which comprises uncertainty in the form of
probability boxes, possibility distributions, cumulative distribution functions, Dempster …

This paper presents a highly efficient and accurate approach to determine the bounds on the
first excursion probability of a linear structure that is subjected to an imprecise stochastic …

This paper presents an approach for estimating the fuzzy failure probability associated with
reliability problems where uncertainty is characterized through random variables whose …

Owing to the variations in geometric dimensions, material properties and external loads in
engineering applications, robust topology optimization (RTO) has garnered increasing …

In this study, we attempt to propose a new super parametric convex model by giving the
mathematical definition, in which an effective minimum volume method is constructed to give …

Hybrid reliability analysis (HRA) with both aleatory and epistemic uncertainties is
investigated in this paper. The aleatory uncertainties are described by random variables …

Random set theory is a generalization of Dempster-Shafer evidence theory, that employs an
infinite number of focal elements. It can be used for the estimation of the bounds of the …

For lack of safety measure under the widely existing fuzzy inputs and fuzzy state in the
aircraft icing process, a safety analysis model is established to quantify the safety degree of …

Reliability analysis with both aleatory and epistemic uncertainties is investigated in this
paper. The aleatory uncertainties are described with random variables, and epistemic …