5 citations · 14 across the 13 of their papers we have counts for
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Layer stripping approach to reconstruct shape defects in waveguides using locally resonant frequencies
Angèle Niclas, Laurent Seppecher
This article present a new method to reconstruct slowly varying width defects in 2D waveguides using one-side section measurements at locally resonant frequencies. At these frequen…
Lamb modes and Born approximation for small shape defects inversion in elastic plates
Eric Bonnetier, Angele Niclas, Laurent Seppecher
The aim of this work is to present theoretical tools to study wave propagation in elastic waveguides and perform multi-frequency scattering inversion to reconstruct small shape def…
Reconstruction of smooth shape defects in waveguides using locally resonant frequencies
Angèle Niclas, Laurent Seppecher
This article aims to present a new method to reconstruct slowly varying width defects in 2D waveguides using locally resonant frequencies. At these frequencies, locally resonant mo…
The Helmholtz problem in slowly varying waveguides at locally resonant frequencies
Eric Bonnetier, Angèle Niclas, Laurent Seppecher +1
This article aims to present a general study of the Helmholtz problem in slowly varying waveguides. This work is of particular interest at locally resonant frequencies, where a phe…
Small defects reconstruction in waveguides from multifrequency one-side scattering data
Eric Bonnetier, Angèle Niclas, Laurent Seppecher +1
Localization and reconstruction of small defects in acoustic or electromagnetic waveguides is of crucial interest in nondestructive evaluation of structures. The aim of this work i…