Acoustic emission technology is an effective nondestructive testing method for fiber-
reinforced composites, which can monitor the damage process in real time. The main …

This paper provides a consolidated review on the characterization of damage mechanisms
in laminated composites using acoustic emission (AE) monitoring technique. The overview …

The ageing effect of glass/epoxy composite laminates exposed to seawater environment for
different periods of time was investigated using acoustic emission (AE) monitoring. The …

In this article, acoustic emission monitoring was used to identify different types of damage
mechanisms which occur during delamination of sandwich structures. Features of the …

In this article, to overcome the challenges encountered during the discrimination of various
failure modes in post impacted/indented glass-fiber-reinforced plastic, techniques like …

During service, advanced composite materials are susceptible to various forms of damage.
Developing an efficient real-time Structural Health Monitoring (SHM) method is of profound …

In this study, unsupervised and supervised pattern recognition were implemented in
combination to achieve real-time health monitoring. Unsupervised recognition (k-means++) …

Abstract Hybrid Genetic Algorithm (GA)-supervised Kohonen (SK) map is explored for the
decision support system in the operation of porous ceramic matrix (PCM)-based burners …

As glass epoxy composites have special properties, they are used in different structures.
Health monitoring of this kind of composite is very important due to its use in many …

This article aims to accomplish research's that has been achieved recently in the scientific
community on the manufacturing monitoring and structural health monitoring (SHM) of …