Quantifying microscopic damage mechanisms in opaque composite laminates with multiple
off-axis plies throughout fatigue experiments is challenging. However, if successful …

Predicting the nonlinear mechanical response of short fiber reinforced composites (SFRCs)
is a crucial and challenging task. In this paper, a computationally efficient multi-scale …

This paper presents a computationally efficient multi-scale analytical framework for
predicting the effective elastic response of short fiber reinforced polymers (SFRPs) under …

Delamination induced by ply cracking is an important damage mechanism that results in
stress redistribution and degrades both the in-plane and out-of-plane laminate properties. In …

High‐performance electromagnetic absorption (EMA) materials were becoming increasingly
in demand as radar technology advances. One significant way to increase the performance …

This paper presents a numerical approach using ABAQUS CAE scripting to simulate the
mechanical response of thin-ply pseudo-ductile hybrid composites. A parametric study …

This research presents a numerical multi-scale approach that efficiently addresses the
inelastic and time-dependent mechanical response of short fiber reinforced polymers …

The inclusion-based boundary element method (iBEM) is developed to calculate the elastic
fields of a bi-layered composite with inhomogeneities in one layer. The bi-material Green's …

Nowadays, reinforced concrete (RC) flat slabs frequently known as a gravity-load resisting
system are being used in almost every building structure due to a number of distinct …

This article aims to investigate the fatigue life prediction methodologies of composite
laminates and lay the groundwork for establishing fatigue life evaluation technology for …