Lamb wave propagation in plates is multi-modal, dispersive and highly dependent on the
material properties. In homogeneous isotropic plates, Lamb modes can be grouped into …

Online damage detection in thin walled light weight structures with Lamb waves is one
common way to develop structural health monitoring (SHM) systems. Lamb waves occur in …

The application of guided waves for the non-destructive evaluation of thin plates has been
explored extensively for the last two decades. However, many industrial applications utilize …

The constantly growing demand for cost-intensive lightweight structures is accompanied by
an increased demand for reliable non-destructive testing (NDT) methods. Previous …

In recent years the interest in online monitoring of lightweight structures with ultrasonic
guided waves is steadily growing. Especially the aircraft industry is a driving force in the …

The application of guided waves to investigate commonly used plate shapes in the
aerospace, mechanical, and civil industries is plates with bend shapes. This article …

The effect of mode conversion of Lamb waves is a well known phenomenon. Lamb waves
occur in multiple modes, which can transform into each other under special conditions …

Lamb waves are promising for Structural Health Monitoring (SHM) in plate-like components
from carbon fiberreinforced plastics (CFRP). They may be excited and received by plane …

Lambwellen eignen sich zur integrierten Bauteilüberwachung (SHM-Structural Health
Monitoring) von Faserverbundbauteilen. Sie können mit Hilfe piezoelektrischer …

Lamb waves based methods of structural health monitoring (SHM) of CFRP structures take
advantage of mode conversions and wave reflections at distinguished discontinuities, which …