GRILLIX is a 3D fluid code for plasma edge/SOL turbulence in complex (diverted) geometries. It addresses problems related with edge confinement and heat exhaust. The physics model is based on the drift reduced Braginskii model. GRILLIX is based on the Flux-Coordinate Independent approach (FCI) allowing the simulations of divertors.  

publications:

W. Zholobenko et al. 'Electric field and turbulence in global Braginskii simulations across the ASDEX Upgrade edge and scrape-off layer' Plasma Phys. Control. Fusion 63 034001 (2021)

W. Zholobenko et al. 'Thermal dynamics in the flux-coordinate independent turbulence code GRILLIX' Contributions to Plasma Physics 60, e201900131 (2020)

A. Stegmeir et al. 'Global turbulence simulations of the tokamak edge region with GRILLIX' Physics of Plasmas 26, 052517 (2019)

A. Ross et al. 'On the nature of blob propagation and generation in the large plasma device: Global GRILLIX studies' Physics of Plasmas 26, 102308 (2019)

P. Manz et al. 'Magnetic configuration effects on the Reynolds stress in the plasma edge' Physics of Plasmas 25, 072508 (2018)