Tritium transport finite element modeling tools for breeding blanket design

S. Terron, C. Moreno, L. Sedano, F. Gabriel, A. Abánades
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Abstract

Permeation is a complex phenomenon. Today the unique tool ITER QA pedigree qualified is a one dimensional tool, TMAP7, not suitable for the complex geometries present in the Breeding Blanket concepts, where 2D/3D simulation capacities of the permeation phenomenon are a real need. In pursuit of this objective, a group of new operators describing some of the different phenomena which make up the permeation process have been implemented in a Cast3M-based code, profiting from the capacities of this finite elements tool for multidimensional calculation. These operators have been compared with the reference 1D code in 1D geometries in order to prove their performance, and finally adapted and tested in 2D geometries. Quality check is given together with ongoing developments and expectable future work.
氚输运有限元建模工具用于育种毯设计
渗透是一个复杂的现象。如今,ITER QA谱系认证的独特工具是一个一维工具TMAP7,不适合繁殖毯概念中存在的复杂几何形状,其中真正需要渗透现象的2D/3D模拟能力。为了实现这一目标,在基于cast3m的代码中实现了一组新的操作符,这些操作符描述了构成渗透过程的一些不同现象,并利用了该有限元工具进行多维计算的能力。将这些算子与一维几何结构中的参考一维代码进行了比较,以证明其性能,并最终在二维几何结构中进行了调整和测试。质量检查与正在进行的发展和预期的未来工作一起进行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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