@inproceedings{oai:repo.qst.go.jp:00054968,
 author = {Pamela, S. and Huijsmans, G. and Holzl, M. and Artola, J. and Becoulet, M. and Cathey, A. and Franssen, S. and Futatani, S. and Gruca, M. and K. Kim, S. and Liu, F. and Nkonga, B. and Orain, F. and Smith, SF. and VanVugt, D. and Maggi, C. and Saarelma, S. and Thornton, A. and Kirk, A. and Moulton, D. and Fil, A. and Garzotti, L. and Aiba, Nobuyuki and Urano, Hajime and Hayashi, Nobuhiko and Kamada, Yutaka and Eich, T. and Willensdorfer, M. and Trier, E. and Mink, F. and DeLaLuna, E. and Frassinetti, L. and Garcia, J. and Aiba, Nobuyuki and Urano, Hajime and Hayashi, Nobuhiko and Kamada, Yutaka},
 book = {Proceedings of the 27th IAEA Fusion Energy Conference (FEC2018)},
 month = {Jan},
 note = {In recent years, increased HPC resources and performance has enabled significant advances in the quality and reliability of non-linear MHD simulations of tokamak instabilities. In the domain of Edge-Localised-Modes, validation of the JOREK code has been achieved by addressing various characteristics of this instability. The necessity to control ELMs, in order to reduce divertor heat-fluxes in ITER, while maximising the flushing of high-Z impurities, motivates a thorough validation of the numerical and physical model, so that reliable predictions can be provided for future devices. With increasing concordance between simulation results and experimental observations, non-linear MHD is starting to provide insight into several open questions about ELM physics and ELM-control techniques, in time for the development and exploitation of ITER operation.},
 publisher = {International Atomic Energy Agency, Vienna},
 title = {ELM and ELM-control Simulations},
 year = {2019}
}