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Codes And Methods Improvements for VVER comprehensive safety assessment

Livrables

The CAMIVVER Dissemination and exploitation plan

The CAMIVVER Dissemination and exploitation plan

Definition report of SB LOCA + SG break benchmark

Definition report of SB LOCA + SG break benchmark

Description of thermal-hydraulics models. Results of steady-state benchmark

Description of thermal-hydraulics models. Results of steady-state benchmark

A comprehensive review of the available VVER data for verification and validation of neutronics and thermal-hydraulics codes.

A comprehensive review of the available VVER data for verification and validation of neutronics and thermal-hydraulics codes.

The CAMIVVER Dissemination, communication and networking report

The CAMIVVER Dissemination communication and networking report

Results of Kozloduy-6 MCP start-up transient benchmark.

Results of Kozloduy6 MCP startup transient benchmark

Description of the core reference test cases – Part 1

The core reference test cases will be described in this Deliverable.

Definitions of the tests cases for the verification phases of the multi- parametric library generator

The Deliverable trace the tests cases that will be used for the verification phases of the prototype

VVER CFD model

Description of CFD models from partners Results of outlet flow distribution benchmark

Set-up of the CAMIVVER web-site to be used in dissemination activities and for progress monitoring and reporting activities

Set-up of the CAMIVVER web-site to be used in dissemination activities and for progress monitoring and reporting activities

Publications

CODES AND METHODS IMPROVEMENTS FOR VVER COMPREHENSIVE SAFETY ASSESSMENT: THE CAMIVVER H2020 PROJECT

Auteurs: Denis Verrier1, Barbara Vezzoni1, Barbara Calgaro1, Olivier Bernard1, Alberto Previti1, Clément Lafaurie1, Artur Hashymov2, Pavlin Groudev3, Antoaneta Stefanova3, Neli Zaharieva3, Frédéric Damian4, Pietro Mosca4, Daniele Tomatis4, Ulrich Bieder4, Adrien Willien5, Nicolas Dos Santos5, Luigi Mercatali6, Victor Hugo Sanchez-Espinoza6, Nicola Forgione7, Sandro Paci7 1Framatome, Lyon/Paris, France 2
Publié dans: 2021
Éditeur: ASME