The finite element fluid code FELS, which includes an unstructured stretched triangular mesh generator, works now in a realistic (computed or measured) magnetic geometry, as can be provided by any Grad-Schluter-Shafranov solver. Steady state plasma profiles are shown for a portion of the scrape-off layer in an ASDEX-Upgrade shot, with significant recycling and model geometry of wall and divertor plate
Zanino, R., Russo, A. (1994). Finite Element Fluid Modeling of a Poloidal Divertor. CONTRIBUTIONS TO PLASMA PHYSICS, 34(2-3), 410-414 [10.1002/ctpp.2150340249].
Finite Element Fluid Modeling of a Poloidal Divertor
RUSSO, ALESSANDROUltimo
1994
Abstract
The finite element fluid code FELS, which includes an unstructured stretched triangular mesh generator, works now in a realistic (computed or measured) magnetic geometry, as can be provided by any Grad-Schluter-Shafranov solver. Steady state plasma profiles are shown for a portion of the scrape-off layer in an ASDEX-Upgrade shot, with significant recycling and model geometry of wall and divertor plate
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