International audienceNumerous multipass welds in austenitic stainless steel are made on the primary circuits of nuclear power stations. The heterogeneous anisotropic nature of these welds causes disturbance to ultrasonic propagation. Simulation is a useful tool when attempting to understand physical phenomena. With this objective, a finite element code called ATHENA was developed. Sufficiently realistic modelling of the material is proposed by the Modelling anIsotropy from Notebook of Arc welding (MINA) model, which determines the orientation of the weld grains. Optimisation by inversion of the MINA model is proposed in this study. The results validate the strategy and open perspectives regarding use on real data
International audienceAustenitic welds are important parts of the cooling system in nuclear power pl...
Ultrasonic testing of thick multipass welds in austenitic stainless steel is complex. The propagatio...
CIVA and Athena 2D are the two main codes employed for the simulation of ultrasonic non-destructive ...
International audienceNumerous multipass welds in austenitic stainless steel are made on the primary...
International audienceAustenitic steel multi-pass welds exhibit a heterogeneous and anisotropic stru...
International audienceRegulatory requirements enforce a volumetric inspection of welded components o...
International audienceUltrasonic testing of austenitic stainless steel multipass welds is complex. B...
Grain orientation in an anisotropic weld highly influences ultrasound paths and thus is a significan...
It is challenging to inspect austenitic welds nondestructively using ultrasonic waves because the sp...
International audienceMultipass welds made in 316-L stainless steel are specific welds of ...
It is challenging to inspect austenitic welds non-destructively using ultrasonic waves because the s...
International audienceThe ultrasonic inspection of the primary coolant piping of Pressurized Water R...
International audienceThe non-destructive testing of austenitic stainless steel welds of the primary...
The initial step towards a nondestructive technique that estimates grain orientation in an anisotrop...
The initial step towards a non-destructive technique that estimates grain orientation in an anisotro...
International audienceAustenitic welds are important parts of the cooling system in nuclear power pl...
Ultrasonic testing of thick multipass welds in austenitic stainless steel is complex. The propagatio...
CIVA and Athena 2D are the two main codes employed for the simulation of ultrasonic non-destructive ...
International audienceNumerous multipass welds in austenitic stainless steel are made on the primary...
International audienceAustenitic steel multi-pass welds exhibit a heterogeneous and anisotropic stru...
International audienceRegulatory requirements enforce a volumetric inspection of welded components o...
International audienceUltrasonic testing of austenitic stainless steel multipass welds is complex. B...
Grain orientation in an anisotropic weld highly influences ultrasound paths and thus is a significan...
It is challenging to inspect austenitic welds nondestructively using ultrasonic waves because the sp...
International audienceMultipass welds made in 316-L stainless steel are specific welds of ...
It is challenging to inspect austenitic welds non-destructively using ultrasonic waves because the s...
International audienceThe ultrasonic inspection of the primary coolant piping of Pressurized Water R...
International audienceThe non-destructive testing of austenitic stainless steel welds of the primary...
The initial step towards a nondestructive technique that estimates grain orientation in an anisotrop...
The initial step towards a non-destructive technique that estimates grain orientation in an anisotro...
International audienceAustenitic welds are important parts of the cooling system in nuclear power pl...
Ultrasonic testing of thick multipass welds in austenitic stainless steel is complex. The propagatio...
CIVA and Athena 2D are the two main codes employed for the simulation of ultrasonic non-destructive ...