Fibre-hybrid composites are composed of two or more fibre types in a matrix. Such
composites offer more design freedom than non-hybrid composites. The aim is often to …

The effect of residual stress build-up on the transverse properties of thermoset composites is
studied through direct and inverse process modeling approaches. Progressive damage …

A versatile two-scale model was developed to investigate the use of carbon nanotubes for re-
distribution and, eventually, suppression of stress concentrations on the micro-level in fiber …

In this study we investigate the tensile behaviour of unidirectional and cross-ply composites
reinforced with ductile stainless steel fibres and modified adhesion to the epoxy matrix …

This study presents an automatic algorithm to generate a three-dimensional (3D)
micromechanical finite element (FE) model to predict elastic behaviours of biocomposites …

This paper introduces a ductile stainless steel fibrous reinforcing material containing
innovative continuous stainless steel fibre filaments with a 30 μm diameter. The objective …

This paper presents a virtual framework to obtain the elastic response of unidirectional (UD)
continuous bamboo fiber-reinforced composites based on the micromechanical modeling …

Microvascular channels, embedded in fiber-reinforced composites are introduced as an
efficient tool for internal damage monitoring, self-healing, and thermal management …

Conventional composites are susceptible to impact loading due to their low toughness.
Novel annealed steel fibres possess a unique combination of high stiffness and high strain …

The directional elastic properties of composite yarn calculated by micromechanical models
depend on the type of the models directionally adopted, and which significantly impacts the …