Add to ORKGIn this paper the step-by-step evaluation of ultrasonic wave propagation in inhomogeneous anistropic media will be desribed and the results will be validated against measurements. As a simplified model a V-butt weld with perpendicular grain structure is investigated. The coincidence between the B-Scans of the simulation and the measurement of an idealized V-butt weld is remarkable and even effects predicted by theory and simulation - the appearance of two coupled quasi-Sv-waves - can be observed
International audienceMultipass welds made in 316-L stainless steel are specific welds of ...
Ultrasonic waves interact in a complex manner with the metallurgical structure of austenitic weldmen...
International audienceThe ultrasonic inspection of the primary coolant piping of Pressurized Water R...
Ultrasonic wave propagation in a bimetallic weld is visualized by Laser Doppler Vibrometry. An advan...
The propagation paths of ultrasonic waves through austenitic weld material are difficult to predict ...
After a brief discussion of the fundamental equations of elastic wave propagation in anisotropic (tr...
For ultrasonic inspection of austenitic welds and cladded components mostly horizontally polarized s...
International audienceThe non-destructive testing of austenitic stainless steel welds of the primary...
International audienceMultipass welds made of 316L stainless steel are specific welds of the primary...
The testing of austenitic welds is difficult due to the elastically anisotropic properties of the we...
In this work the propagation behaviour of ultrasound in austenitic weld metal has been analyzed by t...
Ultrasonic testing requires materials that are acoustically isotropic. The sound propagation is assu...
The propagation of ultrasonic waves through austenitic welds is disturbed by the anisotropic and inh...
Conference of 12th Anglo-French Physical Acoustics Conference, AFPAC 2013 ; Conference Date: 16 Janu...
International audienceRegulatory requirements enforce a volumetric inspection of welded components o...
International audienceMultipass welds made in 316-L stainless steel are specific welds of ...
Ultrasonic waves interact in a complex manner with the metallurgical structure of austenitic weldmen...
International audienceThe ultrasonic inspection of the primary coolant piping of Pressurized Water R...
Ultrasonic wave propagation in a bimetallic weld is visualized by Laser Doppler Vibrometry. An advan...
The propagation paths of ultrasonic waves through austenitic weld material are difficult to predict ...
After a brief discussion of the fundamental equations of elastic wave propagation in anisotropic (tr...
For ultrasonic inspection of austenitic welds and cladded components mostly horizontally polarized s...
International audienceThe non-destructive testing of austenitic stainless steel welds of the primary...
International audienceMultipass welds made of 316L stainless steel are specific welds of the primary...
The testing of austenitic welds is difficult due to the elastically anisotropic properties of the we...
In this work the propagation behaviour of ultrasound in austenitic weld metal has been analyzed by t...
Ultrasonic testing requires materials that are acoustically isotropic. The sound propagation is assu...
The propagation of ultrasonic waves through austenitic welds is disturbed by the anisotropic and inh...
Conference of 12th Anglo-French Physical Acoustics Conference, AFPAC 2013 ; Conference Date: 16 Janu...
International audienceRegulatory requirements enforce a volumetric inspection of welded components o...
International audienceMultipass welds made in 316-L stainless steel are specific welds of ...
Ultrasonic waves interact in a complex manner with the metallurgical structure of austenitic weldmen...
International audienceThe ultrasonic inspection of the primary coolant piping of Pressurized Water R...