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Participants

Family Name First Name Institution Country Presentation Title
Algama Don US-NRC USA  
Allison Chris Innovative Systems Software United States Integrated uncertainty analysis of CORA BWR experiments using RELAP/SCDAPSIM
Aryanfar Asghar Bahcesehir International University Turkey Novel percolation model in post-transition growth kinetics of heterogeneous zirconium oxide
Austregesilo Henrique GRS Germany  
Bals Christine GRS Garching Germany Pre-test Calculations for Test CODEX-AIT3 with ATHLET-CD
Bazyuk Sergey SRI SIA "LUCH" Russia HIGH-TEMPERATURE OXIDATION OF LWR ATF CLADDING SPECIMENS UNDER LOCA CONDITIONS
Birchley Jonathan Independent England  
Bottomley David JAEA Japan JAEA-sponsored projects at the OECD-NEA in support of Fukushima Dai-ichi site activities
Brachet Jean-Christophe CEA, Université Paris-Saclay France Secondary hydriding of zirconium-based fuel claddings at high temperature (LOCA conditions) Part 1: Multi-scale study of hydrogen distribution
Bratfisch Christian Ruhr-Universität Bochum Germany  
Brunon Perrine EDF R&D France  
Chhantyal Hira Prasad Forum For Rights Nepal Nepal  
Dutkiewicz Olga KIT Germany QUENCH-14, QUENCH-16 and QUENCH-ALISA analysis with RELAP5/SCDAPSIM MOD3.5 and MOD3.6
Fernandez Moguel Leticia Paul Scherrer Institute Switzerland  
Gabrielli Fabrizio KIT Germany  
Gajavalli Kasi Visweswara Siva Sai Institute for Radioprotection and Nuclear Safety (IRSN) France Investigation of thermodynamic phases of Ag-Cd-In system at high temperature and its assessment by CALPHAD
Godun Roman Institute for Safety Problems of NPP of NAS of Ukraine Ukraine The experimental and computational study of cluster of nuclear dangerous materials inside "Shelter" object
Gremme Florian Ruhr-Universität Bochum Germany  
Grosse Mirco KIT Germany  
Hagen Siegfried Former FZK Germany  
Haste Tim IRSN France UK Research in LOCA-Related Activities and Co-operation with the Karlsruhe Research Centre– A Historical Perspective
He Xiaojun China Institute of Atomic Energy P.R.China New Zircaloy Cladding Behavior Study in LOCA Condition and Annular Fuel R&D Introduction in China
Heck Monika KIT Deutschland  
Hering Wolfgang KIT Germany  
Hollands Thorsten GRS Germany Pre-Test Benchmarks in the Frame of the NUGENIA QUESA Project: QUENCH-ALISA and CODEX-AIT3
Howell Jutta KIT Germany  
Jäckel Bernd Paul-Scherrer-Institut Switzerland Status report on nitriding model
Kaliatka Tadas Lithuanian Energy Institute Lithuania Implementation of QUENCH-10 experiment modelling experience for the modelling of severe accidents in spent fuel pools
Kalilainen Jarmo PSI Switzerland Aerosol measurements in the QUENCH-ALISA test
Kedzierska Barbara Innovative Systems Software United States RELAP/SCDAPSIM MOD 3.4 LOFT FP-2 Experiment
Kim Kihwan Korea Atomic Energy Research Institute South Korea  
Kim Jongrok Korea Atomic Energy Research Institute Korea  
Konys Juergen KIT Germany  
Krejci Jakub UJP PRAHA a.s. Czech Republic Experimental Behaviour of Chromium Based Coatings
Le Belguet Alix EDF R&D France  
Le Hong Thai CEA, Université Paris-Saclay France Secondary hydriding of zirconium-based fuel claddings at high temperature (LOCA conditions). Part 2: Effect of high hydrogen contents on metallurgical and mechanical properties”
Lecomte Marylène AREVA NP Paris La Défense Cedex  
Lee Cheol Min UNIST Republic of Korea A New Approach to Enhance the Oxidation Resistance of a Zirconium Alloy: High-Temperature Pre-Oxidation
Lind Terttaliisa Paul Scherrer Institute Switzerland  
Lovasz Liviusz GRS Garching  
Madokoro Hiroshi KIT Eggenstein-Leopoldshafen Assessment of a lower pool analysis model in RELAP/SCDAPSIM with LIVE experiment
Manara Dario JRC Germany International Severe Accident Research Roadmaps within the SAFEST Project
Marcinkiewicz Krzysztof KIT Germany Not sure yet, but it will concern Quench-16, Quench-ALISA, hopefully M5 and nitridation of Zry.
Matocha Vitezslav UJV Rez Czech Republic  
Meier Roland   Germany  
Miassoedov Alexei KIT Germany Main objectives and results of the EU SAFEST project
Moch Jürgen KIT Germany  
Muscher Heinrich KIT Germany  
Mustafa Rawan ISS USA Integrated uncertainty analysis of CORA BWR experiments using RELAP/SCDAPSIM
Mustafa Rawan Mansour Mohammad Innovative Systems Software United States RELAP/SCDAPSIM MOD 3.4 Analysis of CORA18
Nagae Yuji Japan Atomic Energy Agency Japan CLADS test facilities on BWR core material degradation
Nouduru Sai Karthik Bhabha Atomic Research Centre India Effect of beta phase composition (Heat Treatment) and morphology (Surface machining and cold work) on high T and P oxidation behaviour of Zr-2.5%Nb alloy
Okawa Tsuyoshi Nuclear Regulation Authority (NRA) Japan Development of Three-Dimensional Simulation Code for BWR In-vessel Core Degradation
Park Sanggil HGU/ACT (Korea), PSI (previously) South Korea A quantification of effect of nitrogen during air ingress scenarios
Sartowska Bożena Institute of Nuclear Chemistry and Technology Poland Accident Tolerant Materials - Ideas and Research Directions
Schäfer Wolfgang EnBW Kernkraft Germany  
Schubert Arndt European Commission, Joint Research Centre Karlsruhe  
Sohn Dong-Seong UNIST Korea  
Spasov Ivan Technical University of Sofia Bulgaria Study of the influence on the axial discretization in simulations of Quench 06 with SCDAP/RELAP5mod3.5dp
Spykman Gerold TÜV NORD EnSys GmbH & Co. KG Germany Dry Storage of Spent Nuclear Fuel and High Active Waste in Germany
Stegmaier Ulrike KIT Germany  
Steinbrück Martin KIT Deutschland (1) Update of the QUENCH program, (2) High-temperature oxidation of Zry in nitrogen containing atmospheres. New results.
Stuckert Juri KIT Germany 1) Lessons learned from the QUENCH-LOCA experiments; 2) First results of the QUENCH-ALISA bundle test.
Sudo Ayako Japan Atomic Energy Agency Japan  
Tang Chongchong KIT Germany High-temperature oxidation resistance and self-healing behavior of Cr2AlC MAX phase coating on Zircaloy-4
Tarasov Artem IBRAE Russia Validation of the SOCRAT code on the integral experiment CORA-15
Tezbasaran Alp North Carolina State University USA QUENCH-06 Experiment Post-test Calculations and Integrated Uncertainty Analysis with RELAP/SCDAPSIM
Thomas Ebenezer S. African Children and Youth Development Network Liberia  
Van Uffelen Paul European Commission, Joint Research Centre Germany  
Vasiliev Alexander IBRAE Russia Advanced Analytical Model of Zr-Based Claddings Breakaway Oxidation in Steam-Oxygen-Nitrogen Mixtures
Ver Nora Hungarian Academy of Sciences Hungary  
Veshchunov Mikhail IAEA Austria IAEA Activities in the Area of Nuclear Power Reactor Fuel Engineering
Vrbka Pavel Czech Technical University Czech Republic Air Oxidation of Sponge Based E110 Cladding Alloy at High Temperatures
Vryashkova Petya Institute for Nuclear research and Nuclear energy Bulgaria Accident Progression Analysis Based on Experiments QUENCH-16 and QUENCH-10
Wang Shisheng KIT Germany  
Wensauer Andreas PreussenElektra GmbH Germany  
Family Name First Name Institution Country Presentation Title
Algama Don US-NRC USA  
Allison Chris Innovative Systems Software United States Integrated uncertainty analysis of CORA BWR experiments using RELAP/SCDAPSIM
Aryanfar Asghar Bahcesehir International University Turkey Novel percolation model in post-transition growth kinetics of heterogeneous zirconium oxide
Austregesilo Henrique GRS Germany  
Bals Christine GRS Garching Germany Pre-test Calculations for Test CODEX-AIT3 with ATHLET-CD
Bazyuk Sergey SRI SIA "LUCH" Russia HIGH-TEMPERATURE OXIDATION OF LWR ATF CLADDING SPECIMENS UNDER LOCA CONDITIONS
Birchley Jonathan Independent England  
Bottomley David JAEA Japan JAEA-sponsored projects at the OECD-NEA in support of Fukushima Dai-ichi site activities
Brachet Jean-Christophe CEA, Université Paris-Saclay France Secondary hydriding of zirconium-based fuel claddings at high temperature (LOCA conditions) Part 1: Multi-scale study of hydrogen distribution
Bratfisch Christian Ruhr-Universität Bochum Germany  
Brunon Perrine EDF R&D France  
Chhantyal Hira Prasad Forum For Rights Nepal Nepal  
Dutkiewicz Olga KIT Germany QUENCH-14, QUENCH-16 and QUENCH-ALISA analysis with RELAP5/SCDAPSIM MOD3.5 and MOD3.6
Fernandez Moguel Leticia Paul Scherrer Institute Switzerland  
Gabrielli Fabrizio KIT Germany  
Gajavalli Kasi Visweswara Siva Sai Institute for Radioprotection and Nuclear Safety (IRSN) France Investigation of thermodynamic phases of Ag-Cd-In system at high temperature and its assessment by CALPHAD
Godun Roman Institute for Safety Problems of NPP of NAS of Ukraine Ukraine The experimental and computational study of cluster of nuclear dangerous materials inside "Shelter" object
Gremme Florian Ruhr-Universität Bochum Germany  
Grosse Mirco KIT Germany  
Hagen Siegfried Former FZK Germany  
Haste Tim IRSN France UK Research in LOCA-Related Activities and Co-operation with the Karlsruhe Research Centre– A Historical Perspective
He Xiaojun China Institute of Atomic Energy P.R.China New Zircaloy Cladding Behavior Study in LOCA Condition and Annular Fuel R&D Introduction in China
Heck Monika KIT Deutschland  
Hering Wolfgang KIT Germany  
Hollands Thorsten GRS Germany Pre-Test Benchmarks in the Frame of the NUGENIA QUESA Project: QUENCH-ALISA and CODEX-AIT3
Howell Jutta KIT Germany  
Jäckel Bernd Paul-Scherrer-Institut Switzerland Status report on nitriding model
Kaliatka Tadas Lithuanian Energy Institute Lithuania Implementation of QUENCH-10 experiment modelling experience for the modelling of severe accidents in spent fuel pools
Kalilainen Jarmo PSI Switzerland Aerosol measurements in the QUENCH-ALISA test
Kedzierska Barbara Innovative Systems Software United States RELAP/SCDAPSIM MOD 3.4 LOFT FP-2 Experiment
Kim Kihwan Korea Atomic Energy Research Institute South Korea  
Kim Jongrok Korea Atomic Energy Research Institute Korea  
Konys Juergen KIT Germany  
Krejci Jakub UJP PRAHA a.s. Czech Republic Experimental Behaviour of Chromium Based Coatings
Le Belguet Alix EDF R&D France  
Le Hong Thai CEA, Université Paris-Saclay France Secondary hydriding of zirconium-based fuel claddings at high temperature (LOCA conditions). Part 2: Effect of high hydrogen contents on metallurgical and mechanical properties”
Lecomte Marylène AREVA NP Paris La Défense Cedex  
Lee Cheol Min UNIST Republic of Korea A New Approach to Enhance the Oxidation Resistance of a Zirconium Alloy: High-Temperature Pre-Oxidation
Lind Terttaliisa Paul Scherrer Institute Switzerland  
Lovasz Liviusz GRS Garching  
Madokoro Hiroshi KIT Eggenstein-Leopoldshafen Assessment of a lower pool analysis model in RELAP/SCDAPSIM with LIVE experiment
Manara Dario JRC Germany International Severe Accident Research Roadmaps within the SAFEST Project
Marcinkiewicz Krzysztof KIT Germany Not sure yet, but it will concern Quench-16, Quench-ALISA, hopefully M5 and nitridation of Zry.
Matocha Vitezslav UJV Rez Czech Republic  
Meier Roland   Germany  
Miassoedov Alexei KIT Germany Main objectives and results of the EU SAFEST project
Moch Jürgen KIT Germany  
Muscher Heinrich KIT Germany  
Mustafa Rawan ISS USA Integrated uncertainty analysis of CORA BWR experiments using RELAP/SCDAPSIM
Mustafa Rawan Mansour Mohammad Innovative Systems Software United States RELAP/SCDAPSIM MOD 3.4 Analysis of CORA18
Nagae Yuji Japan Atomic Energy Agency Japan CLADS test facilities on BWR core material degradation
Nouduru Sai Karthik Bhabha Atomic Research Centre India Effect of beta phase composition (Heat Treatment) and morphology (Surface machining and cold work) on high T and P oxidation behaviour of Zr-2.5%Nb alloy
Okawa Tsuyoshi Nuclear Regulation Authority (NRA) Japan Development of Three-Dimensional Simulation Code for BWR In-vessel Core Degradation
Park Sanggil HGU/ACT (Korea), PSI (previously) South Korea A quantification of effect of nitrogen during air ingress scenarios
Sartowska Bożena Institute of Nuclear Chemistry and Technology Poland Accident Tolerant Materials - Ideas and Research Directions
Schäfer Wolfgang EnBW Kernkraft Germany  
Schubert Arndt European Commission, Joint Research Centre Karlsruhe  
Sohn Dong-Seong UNIST Korea  
Spasov Ivan Technical University of Sofia Bulgaria Study of the influence on the axial discretization in simulations of Quench 06 with SCDAP/RELAP5mod3.5dp
Spykman Gerold TÜV NORD EnSys GmbH & Co. KG Germany Dry Storage of Spent Nuclear Fuel and High Active Waste in Germany
Stegmaier Ulrike KIT Germany  
Steinbrück Martin KIT Deutschland (1) Update of the QUENCH program, (2) High-temperature oxidation of Zry in nitrogen containing atmospheres. New results.
Stuckert Juri KIT Germany 1) Lessons learned from the QUENCH-LOCA experiments; 2) First results of the QUENCH-ALISA bundle test.
Sudo Ayako Japan Atomic Energy Agency Japan  
Tang Chongchong KIT Germany High-temperature oxidation resistance and self-healing behavior of Cr2AlC MAX phase coating on Zircaloy-4
Tarasov Artem IBRAE Russia Validation of the SOCRAT code on the integral experiment CORA-15
Tezbasaran Alp North Carolina State University USA QUENCH-06 Experiment Post-test Calculations and Integrated Uncertainty Analysis with RELAP/SCDAPSIM
Thomas Ebenezer S. African Children and Youth Development Network Liberia  
Van Uffelen Paul European Commission, Joint Research Centre Germany  
Vasiliev Alexander IBRAE Russia Advanced Analytical Model of Zr-Based Claddings Breakaway Oxidation in Steam-Oxygen-Nitrogen Mixtures
Ver Nora Hungarian Academy of Sciences Hungary  
Veshchunov Mikhail IAEA Austria IAEA Activities in the Area of Nuclear Power Reactor Fuel Engineering
Vrbka Pavel Czech Technical University Czech Republic Air Oxidation of Sponge Based E110 Cladding Alloy at High Temperatures
Vryashkova Petya Institute for Nuclear research and Nuclear energy Bulgaria Accident Progression Analysis Based on Experiments QUENCH-16 and QUENCH-10
Wang Shisheng KIT Germany  
Wensauer Andreas PreussenElektra GmbH Germany  

Last update 10 October 2017