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 …

So far in the twenty-first century, there have been many developments in our understanding
of materials' behaviour and in their technology and use. This new edition has been …

The 3D corrosion patterns of 23 reinforcing bars subjected to accelerated corrosion are
characterised using an optical surface measurement technique. A stochastic signal …

In probabilistic composite mechanics, uncertainty modelling may be introduced at a
constituent (micro-scale), ply (meso-scale) or component (macro-scale) level. Each of these …

This paper presents a generic multivariate adaptive regression splines-based approach for
dynamics and stability analysis of sandwich plates with random system parameters. The …

Probabilistic tools are being used to understand the inherent uncertainty of FRP composites.
Over the years different approaches have developed, focusing on behaviour and associated …

The objective of this work is to characterise stochastic macroscopic material properties of
heterogeneous composite fabrics from limited-size macro-scale experimental …

The accuracy of reliability analysis of structures made up of CFRP composites rely on the
quantification of the uncertainties associated with composite material properties. This study …

Composite materials exhibit variability and uncertainties in their material properties with
relation to their compositions and manufacturing processes. Conventional deterministic …

Multilayer fibre reinforced composites exhibit significant spatial variabilities in their response
due to the variations in the individual lamina properties. Uncertainty quantification of these …