On-line monitoring and quantification of fatigue cracks are essential for ensuring the
reliability of engineering structures. The acoustic emission (AE) technique is one of the …

Efforts to understand fatigue in materials generally rely on defining relationships between
the material response to fatigue loading and the evolving remaining material life portion …

This paper introduces a deep learning-based framework to localize and characterize
acoustic emission (AE) sources in plate-like structures that have complex geometric …

In this research, the fracture processes in concrete subjected to monotonic and fatigue
loadings are characterized and the differences in failure mechanisms are studied using …

Fatigue limit determination via the conventional Wöhler-curve method is associated with
extended experimental times as it requires testing of a large number of specimens. The …

In the last years, the occurrence of natural hazards around the world has evinced the
necessity of having structural health monitoring schemes that can allow the continuous …

Tracking edge-reflected acoustic emission (AE) waves can allow the localization of their
sources. Specifically, in bounded isotropic plate structures, only one sensor may be used to …

Laser cladding technology has recently become an essential issue in engineering research
and application. Specifically, acoustic emission (AE)-based structural health monitoring …

The present study deals with the examination of the acoustic emission signatures of distinct
fracture modes. Tensile and mixed mode cracking is excited in specimens of marble and …

Structural health monitoring (SHM) can be beneficial in reducing epistemic uncertainties
associated with fatigue life prediction. For naval ships, available SHM data can be …