The 25th European Fusion Programme Workshop

25th European Fusion Programme Workshop Draft Programme.

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Day 2 Day 3 Day 4

Sunday, 26. November 2017.

18:00

Registration

Reception floor, Hotel Sheraton

Duration: 60'

19:00

Welcome get together

Piano bar, hotel Sheraton

Monday, 27. November 2017.

08:15

Welcome

Duration: 15'

Session 1: Towards exascale computing

08:30

Introduction

Eric Sonnendrücker (IPP)

Duration: 10'

08:40

Overview of hardware and software evolution towards exascale

Paul Gibbon (Jülich Supercomputing center)

Duration: 30'

09:10

Exascale challenges from site infrastructure and management perspective

Marcin Plociennik (PSNC)

Duration: 30'

09:40

Turbulence, core edge coupling

Frank Jenko (IPP)

Duration: 30'

10:10

Coffee Break

Duration: 20'

10:30

Exascale computing for materials

Llion Evans (UKAEA)

Duration: 30'

11:00

Computer science aspects for exascale turbulence simulations

Guillaume Latu (CEA)

Duration: 30'

11:30

Discussion

Duration: 60'

12:30

Lunch Break

Duration: 90'

Session 2: Code validation

14:00

Introduction

Roland Sabot (CEA)

Duration: 15'

14:15

Towards improved plasma confinement: Understanding plasma turbulence and self-organization via gyrokinetic modelling

Susan Leerink (VTT)

Duration: 30'

14:45

Validating models for energetic particle driven modes in the view of ITER and DEMO

Philipp Lauber (IPP)

Duration: 30'

15:15

Predict first: a pathway to fast full device modelling by combining validated reduced models and machine learning

Jonathan Citrin (DIFFER)

Duration: 30'

15:45

Coffee Break

Duration: 30'

16:15

Dynamics of ELMs and their control methods: comparisons between experiments and modeling

François Orain (IPP)

Duration: 30'

16:45

Bridging SOL & edge theory and simulations to experiments: a mandatory confrontation

Philippe Ghendrih (CEA)

Duration: 30'

17:15

Discussion

Duration: 60'

Tuesday, 28. November 2017.

Session 3: Multi-scale physics for ITER

08:15

Introduction

Paolo Ricci (SPC)

Duration: 15'

08:30

Approaching multi-scale and multi-physics issues for exhaust modelling

Jens Juul Rasmussen (DTU)

Duration: 30'

09:00

Approaching multi-scale and multi-physics issues for pedestal modelling

Howard Wilson (University of York / UKAEA)

Duration: 30'

09:30

Approaching multi-scale and multi-physics issues for core modelling

Yanick Sarazin (CEA)

Duration: 30'

10:00

Coffee Break

Duration: 30'

10:30

Approaching multi-scale and multi-physics issues for runaways modelling

Tunde Fulop (Chalmers)

Duration: 30'

11:00

The challenge of integrating multi-scale and multi-physics in transport simulations

Gloria Falchetto (CEA) / Dragan Poljak (FESB, University of Split)

Duration: 30'

11:30

Discussion

Duration: 60'

12:30

Lunch Break

Duration: 90'

Session 4: Integrated materials/component modelling

14:00

Introduction

Andrea Sand (VTT)

Duration: 10'

14:10

Multiscale models for microscopically deformed materials

Sergei Dudarev (UKAEA)

Duration: 40'

14:50

Dose-dependent fracture toughness prediction: a coupled experimental-numerical approach

Christian Robertson (CEA)

Duration: 40'

15:30

Coffee Break

Duration: 30'

16:00

Bridging the gaps in a multi-scale approach for modelling the effects of irradiation in structural materials: contributions and future perspectives from artificial neural networks

Nicolas Castin (SCK-CEN)

Duration: 40'

16:40

Materials databases and Calphad

Suzana G. Fries (ICAMS)

Duration: 40'

17:20

Discussion

Duration: 60'

SOCIAL PROGRAMME

*Return transfer by bus is organized. The bus leaves from the front door of the hotel at 19:00 for the drop of point in the town and upon the return after Gala dinner finishes, from the drop off point for the hotel at 23:00.

19:00

Transfer to the city

Duration: 20'

19:20

Dubrovnik by night (guided city walk)

Duration: 70'

20:30

Gala dinner Restaurant Klarisa

Poljana Paska Miličevića 4, Dubrovnik

Wednesday, 29. November 2017.

Session 5: Modelling for DEMO and fusion reactors

08:15

Introduction

Matti Coleman (PMU/UKAEA)

Duration: 15'

08:30

BLUEPRINT, Nova, and advanced integrated DEMO design systems codes

Simon McIntosh (IO/UKAEA)

Duration: 30'

09:00

Advanced systems codes and integrated modelling for DEMO

Fabrizio Franza (KIT)

Duration: 30'

09:30

Breeding blanket multi-physics modelling for integrated DEMO design

Alessandro Spagnuolo (KIT)

Duration: 30'

10:00

Coffee Break

Duration: 30'

10:30

Neutronics for systems codes

Jonathan Shimwell (UKAEA)

Duration: 30'

11:00

Plasma physics modelling for DEMO systems codes

Emiliano Fable (IPP)

Duration: 30'

11:30

Discussion

Duration: 60'

12:30

Lunch Break

Programme

25th European Fusion Programme Workshop Draft Programme.

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