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Code Integration, Data Verification, and Models Validation Using the ITER Integrated Modeling and Analysis System (IMAS) in EUROfusion
Fusion Science and Technology ( IF 0.9 ) Pub Date : 2020-11-03 , DOI: 10.1080/15361055.2020.1819751
M. Romanelli 1 , R. Coelho 2 , D. Coster 3 , J. Ferreira 2 , L. Fleury 4 , S. Henderson 1 , J. Hollocombe 1 , F. Imbeaux 4 , T. Jonsson 5 , L. Kogan 1 , O. Meneghini 6 , A. Merle 7 , S. D. Pinches 8 , O. Sauter 7 , G. Tardini 3 , D. Yadykin 9 , S. Smith 6 , P. Strand 9 , WPCD Team
Affiliation  

Abstract The ITER Integrated Modelling and Analysis System (IMAS) has been adopted by the EUROfusion Consortium as a platform to facilitate the analysis and verification of data from multiple tokamaks for the integration of physics codes and the validation of physics models for fusion plasma simulations. Data mapping tools have been developed to translate the tokamaks’ native data format into IMAS. The mapping required the adoption of standard coordinates, conventions on direction of vectors, signs of fields, and harmonization of physics units. The mapped data have been verified by running integrated simulations using Kepler workflows. Results of the test using IMAS data are reported here along with an assessment of the system for present and future fusion applications.

中文翻译:

在 EUROfusion 中使用 ITER 集成建模和分析系统 (IMAS) 进行代码集成、数据验证和模型验证

摘要 ITER 集成建模和分析系统 (IMAS) 已被 EUROfusion Consortium 用作平台,以促进对来自多个托卡马克的数据的分析和验证,以整合物理代码和验证聚变等离子体模拟的物理模型。已经开发了数据映射工具来将托卡马克的本地数据格式转换为 IMAS。映射需要采用标准坐标、矢量方向约定、场符号和物理单位的协调。已通过使用开普勒工作流程运行集成模拟来验证映射数据。此处报告了使用 IMAS 数据的测试结果以及对当前和未来融合应用系统的评估。
更新日期:2020-11-03
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