International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperature gradient (ITG) driven turbulence with the Gysela code. The particularity of Gysela code is to use a semi-Lagrangian (SL) scheme for the full distribution function. The 4D non-linear drift-kinetic version of the code already shows the interest in such a SL method which exhibits good properties of energy conservation. The code has been upgrated to run 5D toroidal simulations. Linear benchmarks and non-linear results are presented
Two global gyrokinetic codes are benchmarked against each other by comparing sim-ulation results in ...
International audienceThis paper presents the results obtained with a set of gyrokinetic codes based...
International audienceThis paper presents the results obtained with a set of gyrokinetic codes based...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
A new code is presented here, named Gyrokinetic SEmi-LAgragian (GYSELA) code, which solves 4D drift-...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
Two global gyrokinetic codes are benchmarked against each other by comparing sim-ulation results in ...
International audienceThis paper presents the results obtained with a set of gyrokinetic codes based...
International audienceThis paper presents the results obtained with a set of gyrokinetic codes based...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear global gyrokinetic simulations of ion temperat...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
A new code is presented here, named Gyrokinetic SEmi-LAgragian (GYSELA) code, which solves 4D drift-...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
International audienceThis paper addresses non-linear gyrokinetic simulations of ion temperature gra...
Two global gyrokinetic codes are benchmarked against each other by comparing sim-ulation results in ...
International audienceThis paper presents the results obtained with a set of gyrokinetic codes based...
International audienceThis paper presents the results obtained with a set of gyrokinetic codes based...