he acoustic emission technique has been applied successfully for the identification,
characterization, and localization of deformations in civil engineering structures. Numerous …

This paper presents a new acoustic emission (AE) source localization for isotropic plates
with reflecting boundaries. This approach that has no blind spot leverages multimodal edge …

One of the main interests of the Acoustic Emission (AE) technique is its capability to detect
and localise damage in structures. In this paper, the accuracy of AE sources localisation in …

Estimating the location of an acoustic source in a structure is an important step towards
passive structural health monitoring. Techniques for localizing an acoustic source in …

Acoustic source localization (ASL) in a highly anisotropic plate is a challenging task. The
basic assumption in many of the currently available techniques is that the wave propagates …

Reports indicated that impact events accounted for 47% of offshore pipeline failures, which
calls for impact detection and localization for subsea pipelines. In this paper, an innovative …

Aiming at the issue that the weak AE source is easy to be lost when localizing simultaneous
two acoustic emission (AE) sources by the beamforming method (BFM), a novel method is …

Nowadays, deep learning could be an alternative approach to crack characterization.
However, to the best of the authors' knowledge, little research exists on a deep learning …

The impact localization is a typical inverse problem to identify the damage source of
structures. To overcome the positioning problems of the low resolution caused by sparse …

Structural health monitoring can predict defects at the early stage of their formation and
avoid safety hazards or catastrophic accidents caused by structural degradation. However …