An axisymmetric guided wave mode is excited independently within a circular tube structure
to reduce the complexity of signal interpretation through the prevention of unwanted wave …

In this paper, a rapid guided wave imaging method based on convolutional neural network
(CNN) is proposed to quantitatively evaluate the corrosion damage. The method contains …

In this paper, a guided wave tomography method based on full waveform inversion (FWI) is
developed for accurate and high-resolution reconstruction of the remaining wall thickness in …

We present a novel internet of things (IoT) sensing platform that uses helical propagation
paths of ultrasonic guided waves (UGWs) for structural health monitoring. This wireless …

This research utilizes Ultrasonic Guided Waves (UGW) to inspect corrosion-type defects in
steel pipe walls, providing a solution for hard-to-reach areas typically inaccessible by …

In the past few years, several efforts have been made to combine guided ultrasonic waves
and imaging algorithms such as tomography for detecting and locating damage in complex …

Quantifying corrosion damage is vital for the petrochemical industry, and guided wave
tomography can provide thickness maps of such regions by transmitting guided waves …

Pipeline structures are widely used in construction, oil transportation, and other industrial
fields, but with increasing service life, pipeline structures can develop health problems, such …

Map** corrosion depths along pipeline sections using guided-wave-based tomographic
methods is a challenging task. Accurate defect sizing depends heavily on the precision of …

Two ultrasonic techniques are well established for pipe inspection and monitoring: highly
sensitive ultrasonic spot thickness measurements, which can be presented in C-scan form …