The extensive use of FRP composite materials in a wide range of industries, and their
inherent variability, has prompted many researchers to assess their performance from a …

As a response to the rampant increase in research activity within reliability in the past few
decades, and to the lack of a conclusive framework for composite applications, this article …

Composite high-pressure hydrogen storage vessel has been increasingly applied to the
hydrogen fuel cell car. The design of a composite vessel involves various integrated …

To demonstrate a computational efficient and accurate approach for reliability analysis of
laminated composites, an advanced Kriging model is applied to approximate the …

The calibration methods are applied to define the optimal code format according to some
target safety levels. The calibration procedure can be seen as a specific optimization …

Featuring contributions from experts at some of the world's leading academic and industrial
institutions, Advanced Polymeric Materials: Structure Property Relationships brings into …

Optimal design of composite laminates under buckling load uncertainty is presented. The
laminates are subjected to biaxial compressive loads and the buckling load is maximized …

In this paper, a Finite Element-based surrogate model is developed to efficiently estimate
stiffness properties of unidirectional composite laminas, while accounting for geometric and …

A probabilistic model involving the randomness of basic design parameters was presented
to predict the probabilistic strength of a typical composite double-lap single-bolt joint. In the …

This paper proposes a novel multi-scale approach for the reliability analysis of composite
structures that accounts for both microscopic and macroscopic uncertainties, such as …