Multi-technique damage monitoring of concrete beams: acoustic emission, digital image correlation, dynamic identification
Abstract Acoustic Emission (AE), Digital Image Correlation (DIC) and Dynamic Identification
(DI) techniques are used to analyse crack formation and propagation in plain concrete pre …
(DI) techniques are used to analyse crack formation and propagation in plain concrete pre …
Damage monitoring of three-point bending concrete specimens by acoustic emission and resonant frequency analysis
The crack propagation process in pre-notched concrete beam specimens, tested in the lab
under three-point bending, was monitored by the Acoustic Emission (AE) technique and the …
under three-point bending, was monitored by the Acoustic Emission (AE) technique and the …
Vibration-based SHM with upscalable and low-cost sensor networks
Structural health monitoring (SHM) is becoming increasingly attractive for its potentialities in
many application contexts, such as civil and aeronautical engineering. In these scenarios …
many application contexts, such as civil and aeronautical engineering. In these scenarios …
Unlocking AlN piezoelectric performance with earth‐abundant dopants
The increasing demand for high‐performance piezoelectric materials and toxicity and
thermal stability issues of the widely used lead zirconate titanates (PZT) have spurred a …
thermal stability issues of the widely used lead zirconate titanates (PZT) have spurred a …
An adaptive neuro fuzzy inference system model for studying free in plane and out of plane vibration behavior of curved beams
The current study examines the free vibration behavior of curved beams in detail. Basic,
lightweight curved beams are used in many different engineering projects. Therefore, it is …
lightweight curved beams are used in many different engineering projects. Therefore, it is …
Ambient vibration testing of a pedestrian bridge using low-cost accelerometers for SHM applications
Damage detection and structural health monitoring have always been of great importance to
civil engineers and researchers. Vibration-based damage detection has several advantages …
civil engineers and researchers. Vibration-based damage detection has several advantages …
Acoustic emission and modal frequency variation in concrete specimens under four-point bending
The Acoustic Emission (AE) and Dynamic Identification (DI) techniques were applied
simultaneously, in an original way, to examine the stress dependent damage progress in pre …
simultaneously, in an original way, to examine the stress dependent damage progress in pre …
Piezo sensor based multiple damage detection under output only structural identification using strain modal flexibility
Strain, being superiorly sensitive towards damage, has been widely explored in modal
testing based damage monitoring. Piezo sensors have been successfully evaluated for their …
testing based damage monitoring. Piezo sensors have been successfully evaluated for their …
In-plane selective excitation of arbitrary vibration modes using thickness-shear (d 15) piezoelectric transducers
Experimental modal analysis is of great importance for the dynamic characterization of
structures. Existing methods typically employ out-of-plane forces for excitation and measure …
structures. Existing methods typically employ out-of-plane forces for excitation and measure …
Cross-domain transfer learning for vibration-based damage classification via convolutional neural networks
G Reyes-Carmenaty, J Font-Moré, R Lado-Roigé… - Structures, 2024 - Elsevier
This work explores the application of computer-vision (CV) oriented convolutional neural
networks (CNNs) to the problem of structural damage classification using vibrational-based …
networks (CNNs) to the problem of structural damage classification using vibrational-based …