Add to ORKGThe modified Gurson model is used to determine micromechanical toughness parameters of a weld material from the irradiation surveillance of a Reactor Pressure Vessel (RPV) mainly based on available results of instrumented Charpy tests. These parameters were used to numerically simulate static and dynamic fracture mechanics tests for the determination of J-resistance curves. The results were confirmed by means of experiments with irradiated specimens of the original material. The initiation values of the J-R curves converted into fracture toughness values K Ic allowed a conservative adjustment of the ASME reference toughness curve for the weld material
The material properties of reactor pressure vessel (RPV) are among the key points for producing reli...
The efficiency of fracture toughness determined by the methodology of normative document PNAE G-7-00...
The surveillance test data for the nuclear power plant which is under operation in Ukraine have been...
The modified Gurson model is used to determine micromechanical toughness parameters of a weld materi...
Micromechanical material models are applied to analyse ductile failure processes during tensile test...
A critical issue in the irradiation damage evaluation of reactor pressure vessel steels is the effec...
Due to limited availability of irradiated material and safety concerns when testing large, irradiate...
In the Master Curve (MC) fracture model, a universal temperature dependence is assumed for ferritic ...
The primary objective of the Heavy-Section Steel Irradiation (HSSI) Program Tenth Irradiation Series...
The irradiation of reactor pressure vessel (RPV) materials is known to produce a reduction in ductil...
In the paper, evaluation of 9 large scale experiments performed on uncladded cracked beams made of R...
ABSTRACT Nuclear pressure vessel steels are subjected to irradiation embrittlement which is monitore...
The current provisions used in the U.S. Code of Federal Regulations for the determination of the fra...
International audienceNeutron irradiation affects the mechanical properties of Reactor Pressure Vess...
An extensive mechanical property evaluation has been carried out on various specimens (a Japanese st...
The material properties of reactor pressure vessel (RPV) are among the key points for producing reli...
The efficiency of fracture toughness determined by the methodology of normative document PNAE G-7-00...
The surveillance test data for the nuclear power plant which is under operation in Ukraine have been...
The modified Gurson model is used to determine micromechanical toughness parameters of a weld materi...
Micromechanical material models are applied to analyse ductile failure processes during tensile test...
A critical issue in the irradiation damage evaluation of reactor pressure vessel steels is the effec...
Due to limited availability of irradiated material and safety concerns when testing large, irradiate...
In the Master Curve (MC) fracture model, a universal temperature dependence is assumed for ferritic ...
The primary objective of the Heavy-Section Steel Irradiation (HSSI) Program Tenth Irradiation Series...
The irradiation of reactor pressure vessel (RPV) materials is known to produce a reduction in ductil...
In the paper, evaluation of 9 large scale experiments performed on uncladded cracked beams made of R...
ABSTRACT Nuclear pressure vessel steels are subjected to irradiation embrittlement which is monitore...
The current provisions used in the U.S. Code of Federal Regulations for the determination of the fra...
International audienceNeutron irradiation affects the mechanical properties of Reactor Pressure Vess...
An extensive mechanical property evaluation has been carried out on various specimens (a Japanese st...
The material properties of reactor pressure vessel (RPV) are among the key points for producing reli...
The efficiency of fracture toughness determined by the methodology of normative document PNAE G-7-00...
The surveillance test data for the nuclear power plant which is under operation in Ukraine have been...