First results from core-edge parallel composition in the FACETS project

FACETS (Framework Application for Core-Edge Transport Simulations), now in its second year, has achieved its first coupled core-edge transport simulations. In the process, a number of accompanying accomplishments were achieved. These include a new parallel core component, a new wall component, impro...

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Main Authors: Cary, John R., Candy, Jeff, Cohen, Ronald H., Krasheninnikov, Sergei, McCune, Douglas, Estep, Donald J., Larson, Jay, Malony, Allen, Pankin, A., Worley, Patrick H., Carlsson, Johann, Hakim, A H., Hamill, P, Kruger, Scott, Miah, Mahmood, Muzsala, S, Pletzer, Alexander, Shasharina, Svetlana, Wade-Stein, D, Wang, N, Balay, Satish, McInnes, Lois, Zhang, Hong, Casper, T. A., Diachin, Lori, Epperly, Thomas, Rognlien, T. D., Fahey, Mark R., Cobb, John W., Morris, A, Shende, Sameer, Hammett, Greg, Indireshkumar, K, Stotler, D., Pigarov, A
Format: Conference Proceeding
Language:English
Subjects:
70 PLASMA PHYSICS AND FUSION TECHNOLOGY
COMPUTERIZED SIMULATION
F CODES
MATHEMATICS AND COMPUTING
PARALLEL PROCESSING
TOKAMAK DEVICES
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Summary:FACETS (Framework Application for Core-Edge Transport Simulations), now in its second year, has achieved its first coupled core-edge transport simulations. In the process, a number of accompanying accomplishments were achieved. These include a new parallel core component, a new wall component, improvements in edge and source components, and the framework for coupling all of this together. These accomplishments were a result of an interdisciplinary collaboration among computational physics, computer scientists, and applied mathematicians on the team.
ISSN:1742-6596
1742-6596