The accurate prediction of failure of load-bearing fiber-reinforced structures remains a
challenge due to the complex interacting failure modes at multiple length scales. In recent …

This paper describes a systematic review on the propagation of translaminar damage in
FRP considering different specimen configurations, data reduction schemes, fracture …

Due to the stress concentration caused by the hole, failure of composite structures is prone
to start in the vicinity of the hole edge. Thereby, it is very necessary to investigate the failure …

With the rise of data-driven engineering methods, such as machine learning, a
comprehensive understanding of the underlying data fed into these algorithms is required …

Thin-ply technology provides increasing possibilities for composite structures, expanding the
design space for ply thickness and laminate layup. This study examines the effects of ply …

In this study, we established a novel method based on the finite element method (FEM) for
predicting the strength of adhesive structures. Viscoplasticity, void growth, and cohesive …

Turbine blades form the main component for energy generation in renewable energy
generation technologies such as wind and tidal energy. Non-crimp fabric (NCF) based fibre …

Carbon–boron fibre hybrid composites are claimed to possess outstanding properties under
longitudinal compression, and are therefore extremely attractive for lightweight structures …

Progressive damage and strength analysis in an open hole compression (OHC) test is
crucial in designing components made of fiber reinforced plastics (FRPs) composites. In this …

In this study, the compressive properties of 3D-printed carbon-fiber-reinforced
thermoplastics (3DP-CFRTPs) were experimentally and analytically investigated. Non-hole …