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

The anisotropy of composites aggravates the dispersion and multimodal characteristics of
ultrasonic guided waves propagating in them. At present, most damage imaging methods …

The sparse reconstruction imaging method is promising for detecting damage in isotropic
and quasi-isotropic materials. However, its effectiveness relies on an accurate dictionary …

Effectively determining the size and thickness distributions of corrosion damages is a vital
problem in nondestructive testing (NDT). In this article, a new approach is introduced that …

To ensure the safety of honeycomb sandwich structures (HSS), ongoing research focuses
on developing guided wave (GW)-based monitoring techniques for detecting, localizing, and …

Ultrasonic scattering matrices contain rich defect information and have great potential for
characterising small crack-like defects. However, experimentally measured scattering …

Ultrasonic guided wave (UGW), using the probabilistic diagnostic imaging (PDI) method is
widely used in structural health monitoring. The PDI method, which incorporates signal time …

Ultrasonic guided wave (UGW) has a wide monitoring range and high accuracy, showing
promise for monitoring damage in large-area composite fan blades. However, the multi …

In SHM, there are numerous techniques for detecting fatigue damage destruction. In the
aviation industry, guide wave technology has demonstrated a wide range of applications. It …

Thin-sheet rolled low-carbon manganese steel 09G2S with a thickness of 0, 8 mm which has
strong property anisotropy due to texture and residual stresses, was experimentally studied …