Recent EUROfusion Achievements in Support of Computationally Demanding Multiscale Fusion Physics Simulations and Integrated Modeling
URL: http://www.tandfonline.com/doi/full/10.1080/15361055.2018.1424483
Authors: Voitsekhovitch, I / Hatzky, R / Coster, D / Imbeaux, F / McDonald, D.C / Fehér, T.B / Kang, K.S / Leggate, H / Martone, M / Mochalskyy, S / Sáez, Xavier / Ribeiro, T / Tran, T.M / Gutierrez-Milla, Albert / Aniel, T / Figat, D / Fleury, L / Hoenen, O / Hollocombe, J / Kaljun, D / Manduchi, G / Owsiak, M / Pais, V / Palak, B / Plociennik, M / Signoret, J / Vouland, C / Yadykin, D / Robin, F / Iannone, F / Bracco, G / David, J / Maslennikov, A / Noé, J / Rossi, E / Kamendje, R / Heuraux, S / Hölzl, M / Pinches, S.D / da Silva, F / Tskhakaya, D
Research Lines: Computational Modeling for Fusion
Publication: Fusion Science and Technology
Place Published: Taylor & Francis
Volume / Number / Pagination: 74 / 3 / 186-197
Paraules clau: code optimization and parallelization, High-performance computer, infrastructure for integrated modeling