Deliverables

For each work package, the NARSIS Project has committed to produce the following deliverables in order to ensure that the relevant commitments of the project have been made. Once officially accepted by the European Commission, the deliverables will be upload and publically accessible from this page, within the exception of the confidential deliverables.

WP1: Characterization of potential physical threats due to different external hazards and scenarios

D1.1: Review of state-ofthe art for hazard and multi-hazard characterisation - M12

D1.2: Improved methodologies for tsunami hazard assessment - M32

D1.3: Improved methodologies for extreme weather and flooding hazard assessment - M32

D1.4: Flooding impact on industrial facilities via advanced numerical modelling - M32

D1.5: Improved methodologies for extreme earthquake hazard assessment - M32

D1.6: Development of single and secondary effect hazard assessment methodologies including uncertainty quantification and comparison - M24

D1.7: Production of an integrated hazard framework for combined hazard scenarios for Safety Assessment - M36

D1.8: An open-source generic software tool for understanding combined hazard scenarios - M36

D1.9: Recommendations for regulators using the integrated hazard framework - M42

WP2: Fragility assessment of main NPPs critical elements

D2.2: Methodology to account for cumulative effects in the fragility assessment - M36

D2.3: PhD narrative on the seismic structural response of corroded RC components - M42

D2.4: Methodology to account for ageing mechanisms in the fragility assessment - M36

D2.5: Methodology to account for soilstructure interactions in the fragility assessment - M36

D2.6: Methodology to derive vector-based fragility functions I: theoretical aspects - M18

D2.7: Derivation of hazardharmonized fragility models - M36

D2.8: Methods to incorporate human factors within a multi-hazard approach - M18

WP3: Integration and safety analysis

D3.1: Risk integration methods for high risk industries - M12

D3.2: Development of risk sub-networks for technical and social/ organizational aspects - M36

D3.3: Methodologies to constrain uncertainties in the components’modelling (causes and consequences) - M42

D3.4: Description of the approach for integration of individual subnetworks and risk interdependency - M42

D3.5: PhD narrative on the hazard integration and risk analysis for NPPs through a Bayesian approach - M48

D3.7: Improvements of flexible approaches and procedures relying on expert-based information - M36

D3.8: Combination of probabilistic and deterministic approaches in E-BEPU analyses - M36

D3.9: Use of E-BEPU for evaluation of Defence-in-Depth - M24

D3.10: Use of E-BEPU for evaluation of Design Extension Conditions - M36

WP4: Applying and comparing various safety assessment approaches on a virtual reactor

D4.2: Description of a metamodelling strategy for probabilistic analyses - M32

D4.3: PhD narrative on a model reduction strategy for complex, highly nonlinear and dynamic systems, based on the Proper Generalized Decomposition and LATIN approaches - M42

D4.4: Applicability of model reduction strategies in safety analyses - M42

D4.5: Reactor safety analysis results useful for Severe Accident analysis, considering deterministic and probabilistic approaches - M42