International audienceMultichannel acquisition of ultrasonic guided waves can be used to extract dispersion curves, from the time-position domain $(t-x)$ to the frequency-wavenumber $(f-k)$, or frequency-velocity domain $(f-c)$. Accurate measurements are needed in order to be able to precisely characterize the specimen, by improving the extraction of low amplitude modes and enhance resolution. The proposed method is based on the MUltiple SIgnal Classification algorithm combined with a multi-emitter and multi-receiver acquisition. In this work, this method is applied on experimental data to extract dispersive information from multilayered bonded specimens
Ultrasonic guided wave (UGW)-based condition monitoring has shown great promise in detecting, locali...
Ultrasonic Lamb wave testing has been successfully applied in nondestructive testing. However, becau...
Many guided wave systems that are being evaluated for nondestructive evaluation or structural health...
International audienceMultichannel acquisition of ultrasonic guided waves can be used to extract dis...
This paper report on a technique for the analysis of propagating multimode signals. The method invol...
International audienceSome pioneering studies have shown the clinical feasibility of long bones eval...
Guided ultrasonic waves are of significant interest in the health monitoring of thin structures, and...
Numerous Lamb wave dispersion curve estimation methods have been developed to support damage detecti...
This thesis was submitted for the award of Doctor of Philosophy and was awarded by Brunel University...
Guided ultrasonic waves are of significant interest in the health monitoring of thin structures, and...
Lamb waves have long been recognized to be a valuable tool in the nondestructive testing of plates a...
A measurement technique to obtain dispersion curves for guided acoustic modes in laminated plate-lik...
For certain structure types and damage sizes, guided waves offer some distinct advantages for damage...
Guided waves, especially Lamb waves or shear-horizontal waves, are widely used types of waves for ul...
Ultrasonic nondestructive inspection plays important role in multilayered structures testing, especi...
Ultrasonic guided wave (UGW)-based condition monitoring has shown great promise in detecting, locali...
Ultrasonic Lamb wave testing has been successfully applied in nondestructive testing. However, becau...
Many guided wave systems that are being evaluated for nondestructive evaluation or structural health...
International audienceMultichannel acquisition of ultrasonic guided waves can be used to extract dis...
This paper report on a technique for the analysis of propagating multimode signals. The method invol...
International audienceSome pioneering studies have shown the clinical feasibility of long bones eval...
Guided ultrasonic waves are of significant interest in the health monitoring of thin structures, and...
Numerous Lamb wave dispersion curve estimation methods have been developed to support damage detecti...
This thesis was submitted for the award of Doctor of Philosophy and was awarded by Brunel University...
Guided ultrasonic waves are of significant interest in the health monitoring of thin structures, and...
Lamb waves have long been recognized to be a valuable tool in the nondestructive testing of plates a...
A measurement technique to obtain dispersion curves for guided acoustic modes in laminated plate-lik...
For certain structure types and damage sizes, guided waves offer some distinct advantages for damage...
Guided waves, especially Lamb waves or shear-horizontal waves, are widely used types of waves for ul...
Ultrasonic nondestructive inspection plays important role in multilayered structures testing, especi...
Ultrasonic guided wave (UGW)-based condition monitoring has shown great promise in detecting, locali...
Ultrasonic Lamb wave testing has been successfully applied in nondestructive testing. However, becau...
Many guided wave systems that are being evaluated for nondestructive evaluation or structural health...