The room-to-low temperature (RT-LT) mechanical behavior of liquid oxygen-compatible
epoxy composites (LOC-EP) is of great importance in the strength analysis of lightweight …

This study aims to review and highlight the important modelling methodologies used for
studying carbon nanotubes (CNTs) and their composites. Understanding appropriate …

To reconcile the contradiction between the improvement of carbon fiber reinforced resin
matrix (CFRP) composite performance and the increase of manufacturing cost, this paper …

A hierarchical multiscale framework has been developed to predict the impact response of
3D braided composites, in which a bridging model (unit cell model), was employed as a …

Cure-induced residual stresses have a great impact on the mechanical behavior of carbon
fiber reinforced polymer (CFRP) composites. This paper develops an integrated analytical …

This paper presents a hierarchical hybrid micro-macro mechanical damage model aimed to
simulate progressive failure in fibre reinforced composite materials. The hybrid model works …

A novel virtual experimental testing methodology that utilizes virtual microstructures
representative of genuine fiber distribution, is devised to micromechanically simulate and …

Multiscale mechanical modelling aims at predicting the failure of composites from the
fibre/matrix level up to the component scale. Existing frameworks are limited by the lack of …

The heterogeneity and anisotropy of fibre-reinforced polymer matrix composites results in a
highly complex mechanical response and failure under multiaxial loading states. Among the …

This study presents a data-driven, probability embedded approach for the failure prediction
of IM7/8552 unidirectional carbon fibre reinforced polymer (CFRP) composite materials …