The article presents a literature review of electromechanical impedance spectroscopy for
structural health monitoring, with emphasis in adhesively bonded joints. The concept behind …

The influence of temperature is regarded as particularly important for a structural health
monitoring system based on ultrasonic guided waves. Since the temperature effect causes …

The article presents the results of numerical and experimental investigations of guided wave
propagation in aluminum plates with variable thickness. The shapes of plate surfaces have …

The third dataset dedicated to the Open Guided Waves platform aims at carbon fiber
composite plates with an additional omega stringer at constant temperature conditions. The …

Structural health monitoring is recognized as a viable solution to increase aviation safety
and decrease operating costs enabling a novel maintenance approach based on the actual …

Plate-like structures can be characterized by a variety of abrupt geometric changes affecting
the Lamb wave propagation, similarly to damage occurring in service. Therefore, a deep …

Guided waves have attracted significant attention for non-destructive testing (NDT) and
structural health monitoring (SHM) due to their ability to travel relatively long distances …

From aeroplane wings to overhead power lines, through giant blades of wind turbines, a
build up of ice can cause problems ranging from impaired performance all the way to …

Reliable ice detection is crucial in many industrial applications, such as airplanes or wind
turbines. The presence of ice can lead, on one side, to performance degradation, such as …

This work presents a novel unified Convolutional Neural Network approach where
broadband ultrasonic guided waves signals are processed in such a way that damage is first …