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Abstracts
August 14, 2018
- Latest developments in BOUT++ boundary plasma turbulent transport simulations, Xueqiao Xu, LLNL
- Overview of the BOUT++ Code Structure, Ben Dudson, U York
- Physics problems in long pulse steady state tokamaks, EAST, CFETR and ITER, Baonian Wan, ASIPP
- Demonstration of integration of BOUT++ into the OMFIT framework, Theresa Wilks, MIT
- OMFIT tutorial: introduction and kinetic EFIT (remote demo), Orso Meneghini, GA
- High Performance Computing Resources at NERSC, Brian Friesen, NERSC
- ELM crash with nonlinear toroidally axisymmetric flow and field, Haruki Seto, QST/Japan
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August 15, 2018
- Overview of the Modular Finite Element Method (MFEM) framework, Tzanio Kolev, LLNL
- The SUNDIALS Suite of Time Integrators and Nonlinear Solvers, David Gardner, LLNL
- Scalable PDE solvers for plasma simulation, Luis Chacon, LANL
- Progress in Scalable Solution of Implicit FE Continuum Plasma Physics Models, John Shadid, SNL
- BOUT++ Performance and Scaling, Ben Dudson, U. of York
- BOUT++ transport, MHD Equilibria, Nami Li, DLUT/LLNL
- Six-Field Two-Fluid Simulations, Tianyang Xia, ASIPP
August 16, 2018
- Physics of The Pedestal, and Integration with Core and Boundary, Phil Snyder, GA
- Basic Physics of the first wall, Roman Smirnov, UCSD
- Nonlinear ICRF interactions with the boundary plasma, Jim Myra, LRC
- Implementation in BOUT++ and Testing of a Model for Scrape-off-Layer Turbulence and RF Effects, Maxim Umansky, LLNL
- Coupling of VSim RF code with BOUT++ in RF SciDac-4, David Simthe, Tech-X
- Hermes & SD1D, Ben Dudson, U. of York
- Gyro-Landau-Fluid simulations, Ben Zhu, LLNL
August 17, 2018
- Tokamak Disruptions, Allen Boozer, Columbia U.
- Tokamak Disruption Simulations, Xianzhu Tang, LANL
- Contemporary machine learning: techniques for practitioners in the physical sciences, Brian Spears, LLNL
- Overview of Forward and Inverse Uncertainty Quantification Methods, Tim Wildey, SNL
- Progress in simulating scrape-off layer plasma dynamics with STORM, Fabio Riva, Culham/UK
- Prediction of Divertor Heat Flux width on ITER and CFETR Using BOUT++, Zeyu Li, PKU
- Using VisIt to Visualize BOUT++ data, Eric Brugger, LLNL
- Collisional Landau Fluid Physics Models, Ilon Joseph, LLNL
- Edge Pedestal Collapse Simulations with Resonant Magnetic Perturbations, Juhyung Kim, NFRI/Korea
