All abstracts regrouped in a booklet. It's can be downloaded here : 3TWFCS_Booklet
0- Introduction by S. David (CNRS/IN2P3)
1 - Fuel cycle simulators and data treatment (SIM)
|
Title |
1st Author | Affiliation |
|---|---|---|
| Introduction | Brent Dixon | INL |
| The Fuel Cycle Analysis Toolbox | Brent Dixon | INL |
| Modelling fuel cycle events and advancing time in SITON v2.0 | Aron Brolly | Hungarian Academy of Sciences |
| Improvements of Nuclear Fuel Cycle Simulation System (NFCSS) at IAEA | Ki Seob Sim | IAEA |
| Development of an Advanced Nuclear Fuel Cycle Simulator (FANCSEE) with Graphical User Interface | Wacław Gudowski | KTH |
| Using Supply and Demand Curves to Determine Facility Deployment | Robert Flanagan | University of South Carolina |
| Regulus: Visual Analysis Exploration of High Dimensional Nuclear Fuel Cycle Simulations Data | Yarden Livnat | University of Utah |
| Implementation of a Modernized Transmutation Library Database | Nicholas Brown | Pennsylvania State University |
2 - Reactor models (MOD)
|
Title |
1st Author | Affiliation |
|---|---|---|
| Reactor models in Dynamic Fuel Cycle Tools | Xavier Doligez | CNRS/IN2P3 |
| FITXS: A fast burn-up scheme based on the fitting of one-group cross-sections | Máté Halász | Budapest University of Technology and Economics |
| Modeling greatly heterogeneous cores in CLASS | Lea Tillard | IRSN |
| Modeling MSRs in DYMOND | Bo Feng | ANL |
| Modeling a fast MSR with ORION | Eva Davidson | ORNL |
| Molten salt reactor modeling and simulation | Benjamin Betzler | ORNL |
3 - Confidence and robustness in fuel cycle simulations (ROB)
|
Title |
1st Author | Affiliation |
|---|---|---|
| Introduction | Guillaume Krivtchik | CEA/Lecy |
| Nuclear scenarios: an exercise of robustness analysis | Guillaume Krivtchik | CEA/Lecy |
| Strategies for the uncertainty quantification of fuel cycle scenarios | Aris Villacorta Skarbeli | CIEMAT |
| Impact of Macro Reactor Approximation on Scenario : Modeling in C.L.A.S.S | Abdoul-Aziz Zakari-Issoufou | CNRS/IN2P3 |
| A new kind of fuel cycle benchmark : FIT Benchmark | Nicolas Thiollière | IMTA -Nantes |
4 - Scenario studies and non-proliferation (SCE)
|
Title |
1st Author | Affiliation |
|---|---|---|
| Introduction | Paul Wilson | University of Madison |
| Modelling off-normal cascade operations | Paul Wilson | University of Madison |
| Nuclear diversion scenario within the functional uncertainties | Baptiste Mouginot | University of Madison |
| Nuclear archeology: Reconstructing past fissile material production using measurements and fuel cycle simulations | Malte Göttsche | Aachen University |
| Integration Modelling to Decipher a fuel cycle | Romarie Morales Rosado | PNNL |
| Fuel Cycle Systems Scenario Analysis: Recycling LWR Plutonium in Thorium Fueled PT-HWRs | Daniel Wojtaszek | Chalk River Laboratories |
| Impact of Technology Characteristics on Transition to a Fast Reactor Fleet | Ed Hoffman | ANL |
| On the use of plutonium burning fast reactors to reduce PWR irradiated assemblies’ stockpile | Timothée Kooyman | CEA/Lecy |
5 - Economy and interdisciplinary applications (ECO)
|
Title |
1st Author | Affiliation |
|---|---|---|
| Introduction | Adrien Bidaud | Université de Grenoble |
| Requirements of load following by nuclear power plant as a function of variable renewable energies’s developpement. | Adrien Bidaud | Université de Grenoble |
| Nuclear and Renewables in deregulated markets. Nuclear fuel cycle cost estimates with cross-disciplinary modelling | Rodica Loisel | Université de Nantes |
| How can we anticipate the evolution of the uranium cost to define when Fast Reactors will become competitive against Light Water Reactors? | Anne Baschwitz | CEA/I-tésé |
| Evaluation of non-nuclear material balance with the COSI software | Philippe Miranda | CEA/Lecy |
| Economic Analysis of Alternative Transition Pathways to Improve Economic Considerations in Fuel Cycle Transition | Brent Dixon | INL |
6 - Panel discussion with decision makers (SHS)
animated by Stéphanie TILLEMENT and Benoit JOURNE
