With ITER, the largest tokamak ever built, and the growing number of fusion energy startups
in the world, the need for numerical simulations has never been more crucial to progress …

The new code TOKAM3X simulates plasma turbulence in full torus geometry including the
open field lines of the Scrape-off Layer (SOL) and the edge closed field lines region in the …

We describe a new version of GBS, a 3D global, flux-driven plasma turbulence code to
simulate the turbulent dynamics in the tokamak scrape-off layer (SOL), superseding the code …

The GRILLIX code is presented with which plasma turbulence/transport in various
geometries can be simulated in 3D. The distinguishing feature of the code is that it is based …

The global drift-ballooning (GDB) code is developed to study tokamak edge low frequency
turbulence and transport, and their relationship to global profile evolution. The code employs …

The low temperature boundary layer plasma (scrape-off layer or SOL) between the hot core
and the surrounding vessel determines the level of power loading, erosion and implantation …

Transport processes around the magnetic X-point of tokamaks, such as turbulence and
mean-field drifts, are scarcely understood. The assessment of the capability of turbulence …

Four numerical codes are employed to investigate the dynamics of scrape-off layer filaments
in tokamak relevant conditions. Experimental measurements were taken in the MAST device …

The STORM module of BOUT++(Easy et al 2014 Phys. Plasmas 21 122515) is generalized
to simulate plasma turbulence at the periphery of tokamak devices in diverted configurations …

The present work uses the results of a fluid full-turbulence 3D simulation of the tokamak
periphery to present the first self-consistent analysis of the radial velocity scaling of plasma …