This deliverable presents the first results of the task 7.2 of the INSPYRE project, whose objective is to assess the improved versions of fuel performance codes after the implementation of the new models and properties obtained in the project by comparison against the results of irradiation experiments. It synthesises first the assessment strategy of the fuel performance codes used in the project; then the criteria used for the selection of the experiments and specific pins used for the benchmark planned. The basic information on the irradiation experiments chosen, SUPERFACT, RAPSODIE‐I and NESTOR‐3, are then presented. The detailed information on the irradiation experiments selected is not publicly available. It has been made available t...
International audienceNuclear fuel constitutes an essential component of the performance and safety ...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
International audienceThe PLEIADES software environment is a simulation framework allowing the devel...
Design and safety assessment of fuel pins for application in innovative Generation IV fast reactors ...
The design phase and safety assessment of Generation IV liquid metal-cooled fast reactors calls for ...
This deliverable addresses one of the benchmark activities foreseen in Task 7.3 of INSPYRE, which fo...
Safety authorities and fuel designers, as well as nuclear research centers rely heavily on fuel perf...
The goal of this deliverable is to present a synthesis of the model developments achieved during the...
Various countries engaged in the development and fabrication of modern HTGR fuel have initiated acti...
In Task 2.2, three fuel pins with high plutonium content are modelled using multiple fuel performanc...
AbstractPost-irradiation examination (PIE) is a vital link in the nuclear fuel cycle for providing v...
The study of fuel behaviour under accidental conditions is a major concern in the safety analysis of...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product r...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
New and enhanced nuclear fuels are a key enabler for new and improved reactor technologies. For exam...
International audienceNuclear fuel constitutes an essential component of the performance and safety ...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
International audienceThe PLEIADES software environment is a simulation framework allowing the devel...
Design and safety assessment of fuel pins for application in innovative Generation IV fast reactors ...
The design phase and safety assessment of Generation IV liquid metal-cooled fast reactors calls for ...
This deliverable addresses one of the benchmark activities foreseen in Task 7.3 of INSPYRE, which fo...
Safety authorities and fuel designers, as well as nuclear research centers rely heavily on fuel perf...
The goal of this deliverable is to present a synthesis of the model developments achieved during the...
Various countries engaged in the development and fabrication of modern HTGR fuel have initiated acti...
In Task 2.2, three fuel pins with high plutonium content are modelled using multiple fuel performanc...
AbstractPost-irradiation examination (PIE) is a vital link in the nuclear fuel cycle for providing v...
The study of fuel behaviour under accidental conditions is a major concern in the safety analysis of...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product r...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
New and enhanced nuclear fuels are a key enabler for new and improved reactor technologies. For exam...
International audienceNuclear fuel constitutes an essential component of the performance and safety ...
The fuel matrix and the cladding constitute the first barrier against radioactive fission product re...
International audienceThe PLEIADES software environment is a simulation framework allowing the devel...