Integration of Large-Scale Simulations and Numerical Modelling Tools in Close Link with the LHD Experiment

Masayuki YOKOYAMA; Ryosuke SEKI; Chihiro SUZUKI; Masahiko EMOTO; Katsumi IDA; Masaki OSAKABE; Sadayoshi MURAKAMI; Yasuhiro SUZUKI; Shinsuke SATAKE; Masanori NUNAMI; Atsushi FUKUYAMA; Hiroshi YAMADA; Numerical Simulation Research Project; LHD Experiment Group

doi:10.1585/pfr.9.3402017

Regular Articles

Integration of Large-Scale Simulations and Numerical Modelling Tools in Close Link with the LHD Experiment

Masayuki YOKOYAMA, Ryosuke SEKI, Chihiro SUZUKI, Masahiko EMOTO, Katsumi IDA, Masaki OSAKABE, Sadayoshi MURAKAMI, Yasuhiro SUZUKI, Shinsuke SATAKE, Masanori NUNAMI, Atsushi FUKUYAMA, Hiroshi YAMADA, Numerical Simulation Research Project, LHD Experiment Group

Author information

Masayuki YOKOYAMA
National Institute for Fusion Science
Ryosuke SEKI
National Institute for Fusion Science
Chihiro SUZUKI
National Institute for Fusion Science
Masahiko EMOTO
National Institute for Fusion Science
Katsumi IDA
National Institute for Fusion Science
Masaki OSAKABE
National Institute for Fusion Science
Sadayoshi MURAKAMI
Department of Nuclear Engineering, Graduate School of Engineering, Kyoto University
Yasuhiro SUZUKI
National Institute for Fusion Science
Shinsuke SATAKE
National Institute for Fusion Science
Masanori NUNAMI
National Institute for Fusion Science
Atsushi FUKUYAMA
Department of Nuclear Engineering, Graduate School of Engineering, Kyoto University
Hiroshi YAMADA
National Institute for Fusion Science
Numerical Simulation Research Project
National Institute for Fusion Science
LHD Experiment Group
National Institute for Fusion Science

Keywords: TASK3D-a, LHD, energy confinement, Kaiseki Data Server, large-scale simulation

JOURNAL FREE ACCESS

2014 Volume 9 Pages 3402017

DOI https://doi.org/10.1585/pfr.9.3402017

Details

Abstract

An integrated transport analysis suite, TASK3D-a, has been developed with the emphasis on establishing close-link with the LHD experiment database. The suite makes possible energy transport analyses for huge cases, from which the systematic understandings can be elucidated. A statistical approach for implementing large-scale simulation results into the integrated modelling has been tested. The importance of strengthening trilateral links among experiments, large-scale simulations, and integrated numerical modelling tools such as TASK3D, is crucial for promoting systematic understandings, performing validations, and then increasing the predictive capabilities.

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