In the problem of a crack lying in the interface between two dissimilar materials, the
mathematical expressions for the stress and displacement fields, derived from linear elastic …

The inconsistent interfacial bonding of 3D-printed materials is accompanied by increasing
scattering of the measured fracture toughness in delamination tests. This article focuses on …

Additive manufacturing for continuous fiber composite exhibits great potential for the
fabrication of sophisticated structural components. Nevertheless, interlaminar characteristics …

The present work investigates the interlaminar fracture toughness of a thin unidirectional
carbon fiber-reinforced/polyamide6 (CF/PA6) composite laminate. Aluminum (Al) stiffening …

In this paper, mode II fatigue crack growth properties of the composite-to-steel interface are
characterised through different test configurations, namely ENF and 4ENF tests. Different …

An analytical framework is presented to calculate the mode I and II components of the strain
energy release rate (SERR) of a delamination between two generally layered sub …

The current chapter presents results of the analysis of the mode I and mode II
interfacialfracture behaviors of a metal-to-composite adhesive jointbetween thin titanium and …

CARALL and GLARE type multidirectional fiber metal laminates were subjected to
interlaminar fracture toughness tests by End Notched Flexure method. The critical strain …

This study aims to develop a novel approach to characterizing fracture parameters of
cracked structures made of composite laminates and brittle adhesive joints by using digital …

New closed-form analytical expressions of the energy release rate of a bimaterial cracked
specimen are derived, when it experiences pure mode I in an asymmetric double cantilever …