Environmental effects may lead to cracking, stiffness loss, brace damage, and other
damages in bridges, frame structures, buildings, etc. Structural Health Monitoring (SHM) …

Shear mode guided waves are highly demanded for underwater structural health monitoring
(SHM) applications due to their simplified non‐dispersive feature and minimal acoustic …

Ultrasonic guided waves can travel long distances within the detected structures, which is of
great significance for monitoring large complex engineering systems. However, the …

Monitoring damage in advanced composite structures proves challenging due to insufficient
transfer and reuse of diagnostic models. Such limitations fail to meet practical monitoring …

As a promising structural health monitoring technology, guided wave (GW) imaging is
gaining increasing attention for crack monitoring of aircraft structures. However, actual …

Probabilistic damage imaging (PDI) algorithm based on Lamb wave is one of the most
promising structural health monitoring technologies for quantifying the hole-edge crack …

The large cutout structure is a key component in the bottom skin of an airplane wing, and is
susceptible to developing fatigue cracks under service loads. Early fatigue crack detection is …

Multi-layer and multi-rivet connection structures are critical components in the structural
integrity of a commercial aircraft, in which elements like skin, splice plate, strengthen patch …

Lamb wave-based damage detection technology shows great potential for structural integrity
assessment. However, conventional damage features based damage detection methods …

Early detection of fatigue cracks is crucial to guarantee the safe operation of engineering
structures. Nonlinear ultrasonic technique (NUT) is widely used for closed crack …