| Family Name |
First Name |
Institution |
Country |
Presentation Title |
| Albrecht |
Giancarlo |
KIT |
Germany |
Main results of the DISCO-FCI experiment (R. Meignen and B. Raverdy, IRSN, jointly with G. Albrecht, KIT) |
| ALLISON |
CHRIS |
INNOVATIVE SYSTEMS SOFTWARE |
USA |
Preliminary Lessons from the assessment of core/vessel damage states - Fukushima Daiichi Units 1-3 |
| Avincola |
Valentina |
Joint Research Centre - Institute for Transuranium Elements (JRC - ITU) |
Germany |
Setup and Benchmarking of a Corrosion Apparatus for Investigating High Temperature Reactor Fuel Coating Materials under Accident Conditions (Together with Oliver Seeger) |
| Balaz |
Jozef |
VUJE a.s. Trnava |
Slovakia |
Assessment of the design of injection and depressurization system dedicated for severe accidents for VVER440 |
| Bals |
Christine |
GRS Garching |
Germany |
Preliminary post-test calculation of test QUENCH-16 (LACOMECO) with ATHLET-CD |
| BASU |
Sudhamay |
U.S. Nuclear Regulatory Commission |
U.S.A. |
|
| Belovsky |
Ladislav |
Nuclear Research Institute Rez plc. |
Czech republic |
|
| Berkhan |
Ana |
Universität Stuttgart |
Germany |
|
| BEUZET |
Emilie |
EDF R&D |
CLAMART |
Preliminary post-test calculations of QUENCH-16 experiment with the MAAP4 code |
| Birchley |
Jonathan |
PSI |
Switzerland |
Air Oxidation of Zircaloy: Phenomenology and Modelling |
| Blair |
Paul |
Westinghouse Electric Sweden |
Sweden |
|
| Boldyrev |
Andrey |
IBRAE |
Russia |
Further development of SFPR code for analysis of fuel rod thermo-mechanical behaviour in Sodium Fast Reactor |
| BOTTOMLEY |
DAVID |
ITU KARLSRUHE |
Deutschland |
International scientific collaboration in the field of severe accident research: Examples from the ISTC-CEG-SAM projects |
| Bratfisch |
Christian |
RUB |
Germany |
|
| Buck |
Michael |
Universität Stuttgart |
Germany |
|
| COINDREAU |
Olivia |
IRSN |
FRANCE |
Modeling particulate debris during a severe accident: recent advances and remaining uncertainties |
| Dr. Kulenovic |
Rudi |
Institute of Nuclear Technology and Energy Systems (IKE), University of Stuttgart |
Germany |
|
| Ducousso |
Erik |
AREVA NP (France) |
France |
|
| Duspiva |
Jiri |
Nuclear Research Institute Rez plc. |
Czech Republic |
Impact of MELCOR Debris Oxidation Model Improvement to Simulation of Quench-11 Test |
| Erdmann |
Walter |
Gesellschaft fuer Anlagen- und Reaktorsicherheit (GRS) mbH |
Germany |
|
| Fedotov |
Petr |
JSC A.A. Bochvar High-Technology Research Institute of Inorganic Materials (JSC VNIINM) |
Russian Federation |
Oxidation model of E110 sponge base alloy in steam at high temperature |
| Fernandez Moguel |
Leticia |
Paul Scherrer Institute |
Switzerland |
Analytical support to air ingress experiment QUENCH-16 |
| Gaus-Liu |
Xiaoyang |
KIT |
Germany |
LIVE-CERAM experiment. Objectives and status of preparation |
| Gencheva |
Rositsa |
Institute for Nuclear Research and Nuclear Energy |
Bulgaria |
|
| Grohé |
Willi |
TÜV SÜD Energietechnik GmbH Baden-Württemberg |
Deutschland |
|
| Große |
Mirco |
KIT |
Germany |
Experimental parameters influencing the ammount of hydrogen absorbed in zirconium alloys during steam oxidation |
| Hagen |
Siegfried |
formerly FZK |
Germany |
|
| Heck |
Monika |
KIT |
Germany |
|
| Herbst |
Johannes |
KIT / HTW Aalen |
Deutschland |
high temperature corrosion of nickel base alloys |
| Hering |
Wolfgang |
KIT |
Germany |
|
| HOFFMANN |
Mathias |
RUB |
Germany |
Simulation of air ingress experiment QUENCH-16 using ATHLET-CD |
| Hofmann |
Peter |
Privat |
Germany |
|
| Hollands |
Thorsten |
Gesellschaft für Anlagen- und Reaktorsicherheit (GRS) mbH |
Germany |
Simulation of QUENCH-L0 with ATHLET-CD |
| Homann |
Christoph |
KIT |
Germany |
|
| Ignatyev |
Dmitry |
NPO LUCH |
Russia |
|
| Ikeuchi |
Hirotomo |
Japan Atomic Energy Agency |
Japan |
|
| Jancovic |
Juraj |
VUJE a.s. Trnava |
Slovakia |
|
| Kaefer |
Steffen |
Westinghouse Electric Germany GmbH |
Germany |
|
| KLJENAK |
Ivo |
Jozef Stefan Institute |
Slovenia |
Objectives of the HYKA-UFPA experiment |
| Konys |
Jürgen |
Karlsruhe Institute of Technology |
Germany |
|
| Kudriakov |
Sergey |
CEA |
France |
Objectives of the HYKA-HYGRADE experiment |
| Kurata |
Masaki |
Japan Atomic Energy Agency |
Japan |
|
| Kuznetsov |
Mike |
Karlsruhe Institute of Technology |
Germany |
HYKA-A1Experiments: DETHYD – Detonations In Partially Confined Layers of Hydrogen-Air Mixtures |
| Laier |
Jutta |
KIT |
Deutschland |
|
| LOMBARD |
Virginie |
AREVA NP (France) |
France |
|
| Maliverney |
Bernard |
EDF R&D |
France |
Modelling of QUENCH-ACM tests using MAAP4 |
| Miassoedov |
Alexei |
KIT |
Germany |
Objectives and status of LACOMECO project |
| Moch |
Jürgen |
KIT |
Deutschland |
|
| Morihira |
Masayuki |
Japan Atomic Energy Agency |
Japan |
|
| Muscher |
Heinrich |
KIT |
Germany |
The TMI-2 severe accident: OECD-benchmark activities at KIT using ASTEC |
| Nagase |
Fumihisa |
Japan atomic energy agency |
Japan |
Evaluation of accident at Fukushima Daiichi NPS and research activities on fuel behavior under accident conditions |
| Palagin |
Alexander |
Karlsruher Institut für Technologie (KIT), Campus Nord |
Germany |
|
| Perez-Fero |
Erzsebet |
MTA KFKI AEKI |
Hungary |
High temperature behaviour of E110G cladding |
| Plank |
Hermann |
AREVA GmbH |
Germany |
|
| Porowski |
Rafał |
WUT - Warsaw University of Technology |
Poland |
|
| Rahman |
Saidur |
Universität Stuttgart |
Germany |
|
| Rashid |
Muhammad |
Institute of Nuclear Technology and Energy Systems (IKE), University of Stuttgart |
Germany |
|
| REPETTO |
Georges |
Institut de Radioprotection et de Sureté Nucléaire |
FRANCE |
Status of the Experimental Program on Debris Reflooding (PEARL-PRELUDE) |
| Rössger |
Conrad |
KIT |
Germany |
Investigation of mechanical and micro structure properties of the QUENCH-L0 claddings near to burst regions |
| Rudy |
Wojciech |
WUT - Warsaw University of Technology |
Poland |
HYKA-DETHYD Experiments |
| Schmidt |
Cornelia |
EnBW Kernkraft GmbH |
Deutschland |
|
| Seeger |
Oliver |
Joint Research Centre - Institute for Transuranium Elements (JRC - ITU) |
Germany |
Setup and Benchmarking of a Corrosion Apparatus for Investigating High Temperature Reactor Fuel Coating Materials under Accident Conditions (Together with Valentina Avincola) |
| Seifert |
Hans Juergen |
KIT |
Germany |
Thermodynamic modelling in Nuclear Related Materials Systems |
| Sepold |
Leo |
Formerly KIT |
Germany |
|
| Shestak |
Valeriy |
IBRAE RAS |
Russia |
|
| Sporn |
Michael |
Westinghouse Germany GmbH |
Deutschland |
|
| Stefanova |
Antoaneta |
INRNE |
Bulgaria |
Preliminary calculation of air ingress test QUENCH16 with MELCOR computer code |
| Stegmaier |
Ulrike |
KIT |
Germany |
|
| steinbock |
lothar |
private |
germany |
|
| Steinbrück |
Martin |
KIT |
Germany |
1) Status of the QUENCH programme 2) Summary of recent separate-effects tests on oxidation of Zr alloys |
| Stuckert |
Juri |
KIT |
Germany |
Experimental results of the QUENCH-16 bundle tests on air ingress, performed within the framework of the LACOMECO project |
| Valance |
Stephane |
Paul Scherrer Institut |
Switzerland |
Effect of stress concentration on hydrogen diffusion and ingress in Zircaloy -- Experimental study using cold neutron |
| Van Uffelen |
Paul |
European Commission, Joint Research Centre, Institute for Transuranium Elements |
Germany |
|
| VANDENBERGHE |
Valérie |
CEA - Saclay |
FRANCE |
|
| VESHCHUNOV |
MIKHAIL |
IBRAE |
Russia |
Preliminary results of ISTC Project #3876 (THOMAS) on physico-chemical interactions of molten corium with vessel walls under oxidising conditions |
| Vortriede |
Axel |
TÜV NORD EnSys Hannover GmbH & Co. KG |
Deutschland |
|
| Walter |
Mario |
KIT |
Deutschland |
Mechanical Behaviour of QUENCH-LOCA tested claddings |
| WASHIYA |
TADAHIRO |
Japan Atomic Energy Agency |
JAPAN |
Research and development plan for characterization of damaged fuel debris in Fukushima Daiichi NPP |
| Zielinski |
Andrzej |
Gdansk University of Technology |
Poland |
Hydrogen-enhanced degradation and oxide effects in Zr alloys |
