Static analysis of linear–elastic structures with uncertain parameters subjected to
deterministic loads is addressed. The uncertain structural properties are modeled as interval …

Locally resonant metamaterial structures, ie, structures artificially engineered with periodic
arrays of small resonators, are attracting a growing interest among scientists. The main …

Reliability analysis of linear discretized structural systems with interval uncertainties
subjected to stationary Gaussian random excitation is addressed. Under the assumption of …

Prediction of response bounds of structures with interval uncertainties is a major concern in
interval finite element analysis. In many cases, the structural response is a variable …

A non-probabilistic approach for analyzing the effects of Young's modulus uncertainty on the
response of Euler–Bernoulli beams under deterministic static loads is presented. The …

Due to manufacturing errors and material deteriorations in the metal rubber of clamps, the
clamp stiffness of the pipeline is uncertain. This paper presents a non-intrusive multi …

In this paper, a novel damage detection method for shear frame structures was presented.
The proposed approach was derived from frequency response function (FRF) …

A novel method to deal with structures with uncertain-but-bounded parameters is presented.
In order to reduce or eliminate the overestimations due to the so-called dependency …

In this study, dynamic characteristics of a composite beam with uncertain design parameters
are analyzed. Uncertain-but-bounded parameters change only within certain specified limits …

A novel method is proposed, which aims to solve rare‐event hybrid reliability problems with
random and interval variables, where the performance function has various failure zones. It …