The guided Lamb wave is widely acknowledged as one of the most encouraging tools for
quantitative identification of damage in composite structures, and relevant research has …

Guided-wave (GW) approaches have shown potential in various initial laboratory
demonstrations as a solution to structural health monitoring (SHM) for damage prognosis …

Signal processing algorithms for guided wave pulse echo-based structural health monitoring
(SHM) must be capable of isolating individual reflections from defects in the structure, if any …

The characteristics of Lamb waves, which are multimodal and dispersive, provide both
challenges and opportunities for structural health monitoring (SHM). Methods for …

Lamb waves are being investigated extensively for structural health monitoring (SHM)
because of their characteristics of traveling long distances with little attenuation and …

In this paper, a novel approach for vibration based damage detection is proposed. The
approach relies on the use of a large network of sensors (possibly hundreds of them) to …

The interaction of the fundamental Lamb modes with asymmetrical discontinuities in
isotropic plates is studied numerically and experimentally. Three kinds of discontinuities that …

In recent years, much attention has been paid to the use of Lamb waves for structural health
monitoring. This choice is prompted by the high speed of Lamb wave inspection, although …

The aim of this work is to study the fundamental Lamb modes interaction with defects in
isotropic plates. For these experimental investigations, symmetrical notches with various …

Internal pipeline defects are detectable and locatable from guided acoustic wave reflections
using sensors mounted on the outer wall of a pipe. We demonstrate pipeline integrity …