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Unstructured mesh tools for magnetically confined fusion system simulations

  • Mark S. Shephard,
  • Jacob Merson,
  • Onkar Sahni,
  • Angel E. Castillo,
  • Aditya Y. Joshi,
  • Dhyanjyoti D. Nath,
  • Usman Riaz,
  • E. Seegyoung Seol,
  • Cameron W. Smith,
  • Chonglin Zhang,
  • Mark W. Beall,
  • Ottmar Klaas,
  • Rocco Nastasia,
  • Saurabh Tendulkar

摘要

As fusion simulation codes increasingly account for the full geometric complexity of magnetically confined fusion systems, a need arose to provide tailored unstructured mesh technologies to address the specific needs of fusion plasma simulation codes and their coupling to other physics simulation codes. This paper presents a high level overview of a set of unstructured mesh developments that include; methods to effectively employ manufacturing CAD models in the construction of quality analysis model geometries, specialized mesh generation and adaptation tools; an infrastructure to support parallel particle-in-cell calculation on unstructured meshes; and an infrastructure for coupling of massively parallel mesh-based fusion codes.