ANALYSIS OF UNCERTAINTIES
Research and development of a prototype to introduce the analysis of uncertainties in risk calculation and safety analysis in nuclear power stations
REFERENCE
IDI – 20111552
DURATION
24 months
FUNDING RECEIVED
CDTI (Centre for Industrial Technology Development) Loan €386,859.65
ROLE OF THE COMPANY
Coordinator
PROGRAMME
Research and Development Projects
The aim of the project is to provide the nuclear industry with a comprehensive risk analysis platform in nuclear power stations by implementing tools to generate dynamic event trees (DET), so that the current probabilistic safety assessment (PSA) techniques are expanded with the introduction of a new methodology that integrates the calculation of parametric and temporary uncertainties in risk analysis techniques.
The aim of the project is to provide the nuclear industry with a comprehensive risk analysis platform in nuclear power stations by implementing tools to generate dynamic event trees (DET), so that the current probabilistic safety assessment (PSA) techniques are expanded with the introduction of a new methodology that integrates the calculation of parametric and temporary uncertainties in risk analysis techniques.
SUMMARY
The project will make it possible to address and develop:
– New calculation methods within the framework of ISA methodology
– New techniques to define temporal and parametric uncertainties in the same framework
– The necessary software (analysis of temporal and parametric uncertainties)
– A set of tools and simulators of a centrally-used interface
– New calculation methods within the framework of ISA methodology
– New techniques to define temporal and parametric uncertainties in the same framework
– The necessary software (analysis of temporal and parametric uncertainties)
– A set of tools and simulators of a centrally-used interface
DEPARTMENT OF ENERGY SYSTEMS OF THE POLYTECHNIC UNIVERSITY OF MADRID. SCHOOL OF MINING.
Research centre subcontracted for the project.
Research centre subcontracted for the project.
Departamento de Sistemas Energéticos de la Universidad Politécnica de Madrid.
Escuela Superior de Minas.
Centro de Investigación subcontratado para el proyecto.
