| Author | Morteza H. Siboni, and Mark S. Shephard |
|---|---|
| Title | Adaptive Workflow for Simulation of RF Heaters |
| Year | 2021 |
| Journal | Submitted to Computer Physics Communications |
| Abstract | Accurate RF simulations of fusion systems like ITER require the definition of high-fidelity analysis geometries that include detailed antenna, reactor wall, and physics regions. This paper will describe a workflow for the execu- tion of adaptive high-performance simulations of RF fusion systems. In this workflow, the simulation input consists of a CAD model attributed with the needed analysis attributes. The analysis mesh is automatically generated and the analysis steps are executed using the time-harmonic Maxwell’s equations solved using high-order N ́ed ́elec finite elements. A patch recovery-based error estimator is used to drive a conforming mesh adaptation procedure. |
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