JOREK is a massively parallel fully implicit non-linear extended magneto-hydrodynamic
(MHD) code for realistic tokamak X-point plasmas. It has become a widely used versatile …

The radiation response and the MHD destabilization during the thermal quench after a
mixed species shattered pellet injection with impurity species neon and argon are …

A 3D numerical model for the ablation of pellets and shattered pellet injection fragments in
tokamaks in the plasma disruption mitigation and fueling parameter space has been …

Nonlinear 3D MHD simulations of shattered-pellet injection (SPI) in JET show prototypical
SPI-driven disruptions using the M3D-C1 and NIMROD extended-MHD codes. Initially …

Optimal strategies for disruption mitigation benefit from the understanding of details both
spatially and temporally. Beyond the assessment of the efficacy of a particular proposed …

The linear and nonlinear benchmarks between the CLT code and the M3D-C1 code for the
2/1 resistive tearing mode and the 1/1 resistive kink mode are presented. CLT is an explicit …

Abstract 3D non-linear magnetohydrodynamic simulations of a disruption triggered by a
massive injection of argon gas in JET are performed with the JOREK code. The key role of …

The edge plasma turbulence and transport dynamics, as well as the divertor power loads
during the thermal-quench phase of tokamak disruptions, are numerically investigated with …

A verification benchmark has been carried out between the M3D-C1 and NIMROD extended-
magnetohydrodynamic codes for simulations of impurity-induced disruption mitigation …

First simulations of deuterium shattered pellet injection into an ASDEX Upgrade H-Mode
plasma with the JOREK MHD code are presented. Resistivity is increased by one order of …