The present paper discusses a computationally efficient Deep Learning (DL) model for real-
time classification of concrete crack/non-crack and investigates the 'black-box'nature of the …

An investigation was performed to develop a damage classification method to characterize
sensor data from built-in piezoelectric actuators on laminated composites in terms of matrix …

This work investigated the use of ultrasonic wave propagation in a composite laminate to
monitor transverse matrix cracking. It was found that the change in the signal's power …

This paper presents an experimental study on the interaction of ultrasonic guided waves
with delamination in the web–flange interface of a co-cured, co-bonded composite T-joint. A …

Increased effort for lightweighting of automotive structures results in the replacement of
traditional metals with composites. Adhesive bonding is the best joining solution for …

The paper aims to develop a Lamb waves-based automated method dealing with early
detection and accurate evaluation of matrix cracking in composite laminates. An anomaly …

The paper presents a theoretical framework for the detection and first-level preliminary
identification of potential defects on aero-structure components by employing ultrasonic …

Composite T-joints are commonly used in modern composite airframe, pressure vessels and
piping structures, mainly to increase the bending strength of the joint and prevents buckling …

Increased effort for light-weighting of automotive structures results in replacement of
traditional metals to composites. Adhesive bonding is the best joining solution for composite …

Rapid diagnostics and virtual imaging of damages in complex structures like folded plate
can help reduce the inspection time for guided wave based NDE and integrated SHM …