Add to ORKGThe report summarizes the results from a three-year research programme to determine material properties for ductile cast iron using a statistical test programme and the associated analyses to identify and quantify defects. This data are subsequently used in a probabilistic failure analysis of a canister loaded in isostatic pressure. The large variation in ductility was due to slag defects. The computed failure probabilities for fracture and plastic collapse are extremely low even when the material ductility is lower than the basic material requirements.JRC.F.4-Nuclear design safet
This paper presents results of a research project aiming at improving probabilistic analysis methods...
This report presents a failure criterion that has been developed for use in evaluating fuel containe...
[[abstract]]Traditional limit load analysis and fracture mechanics analysis have been applied to eva...
The paper summarizes the main findings of the joint project between JRC and Swedis partners to deter...
The Swedish KBS-3 copper-cast iron canister for geological disposal is in an advanced stage. This re...
This report describes a combined experimental and numerical study to relate scatter in ductile cast ...
This report describes the design, pre-test analysis, test results and post-test analysis of two larg...
This paper describes a study to correlate the variation in ductility in ductile cast iron to casting...
This paper describes an experimental and analytical study to correlate the variation in ductility in...
Safe containment of radionuclides from spent nuclear fuel in geological disposal for hundred thousan...
This report presents a probability model for the reliability of the spent nuclear waste final dispos...
This report describes mechanical analyses of cylindrical part of the VVER 440-, BWR- and EPR-type ca...
This thesis begins by noting that the current safety justification of pressurised water reactor pres...
The ductile failure criteria proposed in the Base report appear appropriate except that stress inten...
Materials intended for disposal of spent nuclear fuel require a particular combination of physical a...
This paper presents results of a research project aiming at improving probabilistic analysis methods...
This report presents a failure criterion that has been developed for use in evaluating fuel containe...
[[abstract]]Traditional limit load analysis and fracture mechanics analysis have been applied to eva...
The paper summarizes the main findings of the joint project between JRC and Swedis partners to deter...
The Swedish KBS-3 copper-cast iron canister for geological disposal is in an advanced stage. This re...
This report describes a combined experimental and numerical study to relate scatter in ductile cast ...
This report describes the design, pre-test analysis, test results and post-test analysis of two larg...
This paper describes a study to correlate the variation in ductility in ductile cast iron to casting...
This paper describes an experimental and analytical study to correlate the variation in ductility in...
Safe containment of radionuclides from spent nuclear fuel in geological disposal for hundred thousan...
This report presents a probability model for the reliability of the spent nuclear waste final dispos...
This report describes mechanical analyses of cylindrical part of the VVER 440-, BWR- and EPR-type ca...
This thesis begins by noting that the current safety justification of pressurised water reactor pres...
The ductile failure criteria proposed in the Base report appear appropriate except that stress inten...
Materials intended for disposal of spent nuclear fuel require a particular combination of physical a...
This paper presents results of a research project aiming at improving probabilistic analysis methods...
This report presents a failure criterion that has been developed for use in evaluating fuel containe...
[[abstract]]Traditional limit load analysis and fracture mechanics analysis have been applied to eva...