The principal aim of this paper is to present a comprehensive literature survey on the
defects, like debonds/delamination in composite joints/structures, focusing on the effect of …

Composite materials are susceptible to delamination when undergoing fatigue loads. Being
able to accurately and efficiently predict the fatigue propagation of a delamination defect …

A new methodology to predict dynamic crack propagation under generalized loading
conditions is proposed. The numerical modeling combines structural mechanics and moving …

In this research, the effect of high-temperature asphalt concrete paving on the interlaminar
shear behaviour between the steel bridge deck pavement (SBDP) and the orthotropic steel …

In this research, a novel data reduction method for calculation of the strain energy release
rate (SERR) of asymmetric double cantilever beams (ADCB) is presented. For this purpose …

A novel technique for efficient modelling of progressive delamination in large-scale
laminated composite structures is presented and applied to the simulation of two dynamic …

This article presents a study of damage in structures that are similar to helicopter blade
sections, subjected to an impact. These complex composite structures were impacted by a …

Bi-directional fluid–structure interaction becomes important when viscous flow changes the
geometry of the domain significantly because of the pressure load. Large deformation in …

Composite materials are particularly exposed to delamination under fatigue loading
conditions, which can significantly compromise their structural integrity. The ability to …

Composite plates in post-buckling regime can experience mode jumping in their buckling
shape, suddenly increasing the number of half-waves. This phenomenon can be …