SERPENT and Multiphysics
26 févr. 2015, 09:00
→
27 févr. 2015, 17:00
Europe/Paris
Salle 9 (LPSC Grenoble)
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
Elsa Merle-Lucotte
,
Manuele Aufiero
,
Pablo Rubiolo
Description
SERPENT and Multiphysics
list_of_participants
list_of_participants_email
Participants
Adrien Bidaud
Alberto Sartori
Alessandro Pini
Alexis Nuttin
Angélique Ponçot
Ansar CALLOO
Antonio Cammi
Axel Laureau
Carlo Fiorina
Daniel Heuer
Davide Chiesa
Elsa Merle-Lucotte
Emil Fridman
Eugene Shwageraus
Florent Barjot
Ivor Clifford
Jaakko Leppänen
Jan Grzegorz Hajnrych
Lelio Luzzi
Manuele Aufiero
Matthieu Guillo
Nordine KERKAR
Olivier Meplan
pablo rubiolo
Pierre Prévot
Stefano Lorenzi
Thibault Chevret
Ville Valtavirta
Support (aufiero@lpsc.in2p3.fr)
aufiero@lpsc.in2p3.fr
jeudi 26 février
jeu. 26 févr.
ven. 27 févr.
09:00
→
10:30
Welcome
Salle 9
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
09:00
Welcome and coffee
30m
09:30
Welcome from the Groupe de Physique des Réacteurs
30m
Welcome and presentation of the research activities of the Reactor Physics Group of the LPSC
Orateur
:
Pablo Rubiolo
Slides
10:00
Presentation of the MSFR reactor concept
30m
Orateur
:
Elsa Merle-Lucotte
Transparents
10:30
→
12:00
Introduction to SERPENT
Salle 9
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
10:30
Introduction to SERPENT
45m
Orateur
:
Jaakko Leppanen
(
VTT TECHNICAL RESEARCH CENTRE OF FINLAND
)
Slides
11:15
Multi-physics capabilities in Serpent 2
45m
Orateur
:
Ville Valtavirta
(
VTT
)
Slides
12:00
→
13:30
Lunch
1h 30m
H2 Restaurant (CNRS/CEA)
H2 Restaurant
CNRS/CEA
13:30
→
14:30
Introduction to OpenFOAM
Salle 9
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
13:30
OpenFOAM in Nuclear Applications
45m
Orateur
:
Ivor Clifford
(
Paul Scherrer Institut (PSI, Switzerland)
)
Transparents
14:30
→
17:40
Multiphysics experiences and projects
Salle 9
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
14:30
The Transient Fission Matrix Approach using SERPENT - Application to Flattop experiment and MSFR coupling
30m
Orateur
:
Axel LAUREAU
(
CNRS/IN2P3/LPSC (Grenoble, France)
)
Transparents
15:00
GeN-Foam: a novel OpenFOAM® based multi-physics solver for 2D/3D transient analysis of nuclear reactors
30m
Orateur
:
Carlo Fiorina
(
Paul Scherrer Institut (PSI, Switzerland)
)
15:30
First test of a minimalistic "Nodal Drift Method" for spatial kinetics
30m
Orateur
:
Pierre Prévot
Slides
16:00
Break
30m
16:30
Serpent-OpenFOAM coupling for criticality accidents modelling -- Definition of a benchamrk for MSRs multiphysics modelling
30m
Orateur
:
M.
Manuele Aufiero
(
LPSC/IN2P3/CNRS Grenoble
)
Slides
17:00
Reduced order methods: application to reactor core spatial dynamics
40m
Orateur
:
Alberto Sartori
(
Politecnico di Milano (Italy)
)
Slides
vendredi 27 février
jeu. 26 févr.
ven. 27 févr.
09:30
→
10:00
Coffee
30m
Salle 9
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
10:00
→
12:15
Multiphysics experiences and projects
Salle 9
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
10:00
Reduced order modelling for dynamics and control of Lead-cooled Fast Reactors
30m
Orateur
:
Stefano Lorenzi
(
Politecnico di Milano (Italy)
)
Slides
10:30
Nuclear Energy Research in Cambridge
20m
Orateur
:
Eugene SHWAGERAUS
(
University of Cambridge
)
Slides
10:50
Overview of Serpent related activities at HZDR
20m
Orateur
:
Emil Fridman
(
HZDR, Dresden, Germany
)
Slides
11:10
Sensitivity analysis in burnup calculations with Monte Carlo
20m
Orateur
:
Adrien Bidaud
(
LPSC
)
Slides
11:30
Overview of Serpent related activities at EDF
20m
Orateur
:
Dr
Ansar Calloo
(
EDF
)
12:15
→
13:45
Lunch
1h 30m
H2 Restaurant (CNRS/CEA)
H2 Restaurant
CNRS/CEA
Invited lunch, please register to the lunch in the registration form
13:45
→
14:45
Visit to the FFFER facility
Salle 9
Salle 9
LPSC Grenoble
53 avenue des Martyrs 38026 Grenoble Cedex
14:45
→
17:00
Special interest groups
Salle 9, Salle 300A, Grand Salle du Conseil
Salle 9, Salle 300A, Grand Salle du Conseil
LPSC Grenoble