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OpenMC Application to Tokamak Neutronics Analysis Meeting

May 28 – 30, 2025
Argonne National Laboratory
America/Chicago timezone

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Contribution List

45 / 45
2. Welcome
5/28/25, 8:20 AM
3. Introduction to OpenMC
5/28/25, 8:30 AM
4. R2S developments and application
Ethan Peterson (MIT)
5/28/25, 8:55 AM
5. D1S scheme of OpenMC Monte Carlo code validation for SDR calculation
Bamidele Ebiwonjumi (MIT)
5/28/25, 9:20 AM
6. MCNP model conversion capabilities
Paul Romano (ANL)
5/28/25, 9:45 AM
7. FES Project Plans
Paul Romano (ANL)
5/28/25, 10:25 AM
9. UQ and sensitivity
Bamidele Ebiwonjumi (MIT)
5/28/25, 10:50 AM
8. Random ray and variance reduction
John Tramm (ANL)
5/28/25, 11:15 AM
10. Discussion
5/28/25, 11:40 AM
11. GPU developments
John Tramm (MIT)
5/28/25, 1:15 PM
12. PUMITally: A GPU accelerated unstructured mesh tally library integrated with OpenMC
Jacob Merson (RPI)
5/28/25, 1:40 PM
13. Investigations into reduced precision arithmetic
Chris Marshall (University of Chicago)
5/28/25, 2:05 PM
14. Surface source methodology and application
Joffrey Dorville (ANL)
5/28/25, 2:30 PM
15. Cloud simulations with OpenMC in Sirepo
Stephen Coleman (RadiaSoft)
5/28/25, 3:10 PM
16. CAD ecosystem developments
Patrick Shriwise (ANL)
5/28/25, 3:35 PM
17. Visualization and data extraction
Patrick Shriwise (ANL), Paul Romano (ANL)
5/28/25, 4:00 PM
18. Discussion / wrap-up
5/28/25, 4:25 PM
19. OpenMC conversion and analysis of JET
Paul Romano (ANL)
5/29/25, 8:00 AM
20. Adaptation of OpenMC for atomic transport and plasma interaction
George Wilkie (PPPL)
5/29/25, 8:25 AM
21. Fusion Multiphysics and Tally Adaptive Mesh Refinement using OpenMC
April Novak (UIUC)
5/29/25, 8:50 AM
22. Towards Rigorous Validation of Particle Transport in CAD Geometries
Stefano Segantin (MIT)
5/29/25, 9:15 AM
23. Transmutation of Long-Lived Fission Products in Fusion Reactors
Cihang Lu (BNL)
5/29/25, 9:55 AM
24. Fusion Neutronics Development and Analysis Activities for Fusion REactor Design and Assessment
Jin Whan Bae (ORNL)
5/29/25, 10:20 AM
25. Fusion Neutronics and Multi-physics Activities at the University of Tennessee
Ivan Maldonado (UTK)
5/29/25, 10:45 AM
26. Discussion
5/29/25, 11:10 AM
28. Group Photo
5/29/25, 1:15 PM
27. An Overview of Neutronics Efforts at Thea Energy
Sam Pasmann (Thea Energy)
5/29/25, 1:25 PM
29. Neutronics-Informed Blanket Evaluation, Selection and Optimization for a Stellarator Fusion Pilot Plant
Bonita Goh (Type One Energy)
5/29/25, 1:50 PM
30. Neutronics optimization with nuclear data uncertainty
Enrique Miralles Dolz (PPPL)
5/29/25, 2:15 PM
31. OpenMC Simulations in Support of Realta Fusion's Magnetic Mirror Development
Joey Eickman (Realta Fusion)
5/29/25, 2:55 PM
32. TBD
5/29/25, 3:20 PM
33. Neutron transport simulations for an automated parametric integrated stellarator design
Jonathan Shimwell (Proxima Fusion)
5/30/25, 8:00 AM
34. TBD
Colin Baus (Kyoto Fusioneering)
5/30/25, 8:25 AM
35. TBD
Gabriel Blackett (Oxford Sigma)
5/30/25, 8:50 AM
36. JADE
Davide Laghi (Fusion for Energy)
5/30/25, 9:15 AM
37. OpenMC for ITER Neutron Diagnostics Calibration
Giovanni Mariano (ITER)
5/30/25, 9:55 AM
38. F4E experience with OpenMC on ITER related problems
Aljaz Kolsek (Fusion for Energy)
5/30/25, 10:20 AM
39. Application of OpenMC to modelling of ITER
Alex Valentine (UKAEA)
5/30/25, 10:45 AM
40. Discussion
5/30/25, 11:10 AM
41. TBD
Andrew Davis (UKAEA)
5/30/25, 1:15 PM
42. Neutronics benchmarks at FNG and JET for validating SDDR
Rosaria Villari (ENEA)
5/30/25, 1:40 PM
43. First application of OpenMC for DTT neutronics analyses
Davide Flammini (ENEA)
5/30/25, 2:05 PM
44. SDDR calculations in a Simplified tokamak model using OpenMC R2S – New user testimony
Ylenia Ziber (JSI)
5/30/25, 2:45 PM
45. MCNP and OpenMC simulation benchmarks of DEMO and VNS for neutronics analysis in the Eurofusion programme
Jin Hun Park (KIT)
5/30/25, 3:10 PM
46. Closeout and Recommendations
5/30/25, 3:35 PM
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