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Speed-up of SOLPS-ITER code for tokamak edge modeling

E. Kaveeva, V. Rozhansky, I. Senichenkov, I. Veselova, S. Voskoboynikov, E. Sytova, X. Bonnin, D. Coster2018年被引用 20Nuclear FusionIF 3出版社

Account of drifts and currents dramatically decreases the accessible time step for the integration of time dependent equations of SOLPS-ITER code for edge modeling. Running the code with sophisticated EIRENE Monte-Carlo model for neutrals and large number of fluid equations for multiple ion species makes the computation time unacceptably long. In the paper the main mechanisms leading to the time step limitations caused by drifts are discussed. Several methods of the suppression of these mechanisms are suggested and the results of numerical scheme tests with the applied corrections are presented. Application of these schemes decreases the time of convergence to steady state solution by more than an order of magnitude.

日本語訳

ドリフトと電流の考慮は、エッジモデリング用のSOLPS-ITERコードの時間依存方程式の積分において、利用可能な時間ステップを劇的に減少させる。中性粒子に対する高度なEIRENEモンテカルロモデルと、複数のイオン種に対する多数の流体方程式を用いてコードを実行すると、計算時間が許容できないほど長くなる。本論文では、ドリフトによって引き起こされる時間ステップ制限の主なメカニズムについて議論する。これらのメカニズムを抑制するいくつかの方法が提案され、適用された補正を伴う数値スキームのテスト結果が提示される。これらのスキームの適用により、定常解への収束時間は一桁以上短縮される。

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