Ultrasonic feature guided waves (FGW) have been found to exist in a variety of topographic
waveguides, such as welds, bends and stiffeners in plate-like structures. These FGWs are …

Guided wave (GW)-based techniques have been extensively investigated and applied in
material characterization, damage detection, and structural health monitoring. A …

Acoustoelastic guided and surface waves in waveguides with focus on non-destructive testing
and structural health monitoring applications —A review of recent studies - ScienceDirect Skip …

Determining the coupling effect of the temperature variation and structural stress on the
dispersion characteristics of plate/shell structures is essential for guided-wave detection …

This paper numerically investigates the propagation of elastic plate waves along the non-
principal directions in a prestretched compressible material described by the Gent model of …

Structural health monitoring based on guided waves is a promising technology that can
continuously monitor and identify structural damage. Due to the variable cross-sectional …

In this paper, a new online uniaxial stress monitoring methodology has been developed.
Based on the acoustoelastic effect of Lamb waves, multimodal information at a single …

Thermal stress is one of the major causes of failure of engineering structures and its
measurement has attracted more attention in recent years. The ultrasonic wave method is …

Sonic logging is a useful technique to estimate tectonic stress around a borehole. The key to
successful evaluation of tectonic stress is having a thorough understanding of a forward …

This study focuses on investigating hard-magnetic soft materials, characterized by
magnetoactive polymers containing magnetically polarized particles as fillers. The research …