Acoustic emission (AE) has received increased interest as a structural health monitoring
(SHM) technique for various materials, including laminated polymer composites …

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

The practical application of data-driven frameworks like deep neural network in acoustic
emission (AE) source localization is impeded due to the collection of significant clean data …

A new easy-to-implement approach based on the energy of recorded signals is proposed to
estimate the acoustic source location in orthotropic plates. The proposed approach (a) …

Commonly used methods for defect localization in structures are based on velocity
differences (VD) or amplitude ratio (AR)(or attenuation due to scattering) measured along …

Composite laminates are widely used in various fields, but their structural properties make
them prone to impact damage. Thus, the real-time localization of the impact source in …

This paper addresses the critical issue of detecting and localizing damage in plate-like
structures, which are commonly encountered in aerospace, marine and other engineering …

Acoustic source localization (ASL) plays an important role in structural health monitoring
(SHM). The L-shaped sensor cluster (LSSC) is very convenient for ASL, and hence SHM …

Using the nonlinear interaction effect between ultrasonic Lamb waves and microcracks to
detect and locate microcracks has the advantages of fast detection speed and high …

Cylindrical shell structures are widely used in the fields of mining engineering, tunneling
engineering and material structures, where acoustic emission (AE) source location plays an …