Subsurface mesoscale cracks exist widely in the outer ring of full ceramic ball bearings
(FCBBs), which is a potential threat for the stable operation of related devices such as aero …

The present paper focuses on the detection of dominant damage mechanisms in tensile
loading of laminated composite specimens subjected to low-velocity impact (LVI) using …

Interleaving composite laminates with nanofibrous mat is one of the most reliable methods
for increasing interlaminar fracture toughness. The present study seeks to find out how the …

Polymer composite laminates have established themselves as essential materials across a
wide type of industrial fields because of their specific mechanical properties such as high …

In this study, a novel method for detecting the growth of delamination in sandwich structures
has been proposed. To this end, we suggested hybridizing the Deep Learning techniques …

The aim of this work is to demonstrate that simultaneous electrical resistance (ER) and
acoustic emission (AE) techniques are a viable complementary procedures for in-situ mode I …

Failures of fiber-resin composite structures are closely related to the fiber weaving methods
(FWM). The diversity of damage mechanisms of glass fiber-resin plastic (GFRP) composite …

This study investigated the mechanism of delamination damage in the double cantilever
beam (DCB) standard test by the use of the strain energy release rate. The curve of the …

The present study is focused on the characterization of the fatigue damage features in
carbon/epoxy laminates under mode-II loading conditions. To this aim, a sinusoidal cyclic …

This article investigates the effects of interface fiber orientation on the mode-I interlaminar
fracture toughness, and the evolution of damage was monitored using acoustic emission …