J R Cary et al 2007 J. Phys.: Conf. Ser. 78 012086 doi:10.1088/1742-6596/78/1/012086
J R Cary1, J Candy2, R H Cohen3, S Krasheninnikov4, D C McCune5, D J Estep6, J Larson7, A D Malony8, P H Worley9, J A Carlsson1, A H Hakim1, P Hamill1, S Kruger1, S Muzsala1, A Pletzer1, S Shasharina1, D Wade-Stein1, N Wang1, L McInnes7, T Wildey6, T Casper3, L Diachin3, T Epperly3, T D Rognlien3, M R Fahey9, J A Kuehn9, A Morris8, S Shende8, E Feibush5, G W Hammett5, K Indireshkumar5, C Ludescher5, L Randerson5, D Stotler5, A Yu Pigarov4, P Bonoli9, C S Chang10, D A D'Ippolito11, P Colella12, D E Keyes13, R Bramley14 and J R Myra11
Show affiliationsThe FACETS (Framework Application for Core-Edge Transport Simulations) project began in January 2007 with the goal of providing core to wall transport modeling of a tokamak fusion reactor. This involves coupling previously separate computations for the core, edge, and wall regions. Such a coupling is primarily through connection regions of lower dimensionality. The project has started developing a component-based coupling framework to bring together models for each of these regions. In the first year, the core model will be a 1 ½ dimensional model (1D transport across flux surfaces coupled to a 2D equilibrium) with fixed equilibrium. The initial edge model will be the fluid model, UEDGE, but inclusion of kinetic models is planned for the out years. The project also has an embedded Scientific Application Partnership that is examining embedding a full-scale turbulence model for obtaining the crosssurface fluxes into a core transport code.
28.52.Av Theory, design, and computerized simulation
52.40.Hf Plasma-material interactions; boundary layer effects
52.55.Fa Tokamaks, spherical tokamaks
Issue 1 (2007)
J R Cary et al 2007 J. Phys.: Conf. Ser. 78 012086
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