A new differentiable MHD+self-gravity simulator combines a fifth-order finite-difference WENO scheme with a fourth-order semi-discretely energy-conserving self-gravity module.
Hydrodynamic Limits of the
2 Pith papers cite this work, alongside 266 external citations. Polarity classification is still indexing.
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Proves an inf-sup stability estimate for a penalty-free asymmetric Nitsche method with Nédélec edge elements under an isolated patch condition on tetrahedral meshes.
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Per Astronomix ad Astra: High-Order Differentiable (Magneto)hydrodynamics with Energy-Conserving Self-Gravity
A new differentiable MHD+self-gravity simulator combines a fifth-order finite-difference WENO scheme with a fourth-order semi-discretely energy-conserving self-gravity module.
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A Penalty-Free Asymmetric Nitsche's Method for Edge Elements
Proves an inf-sup stability estimate for a penalty-free asymmetric Nitsche method with Nédélec edge elements under an isolated patch condition on tetrahedral meshes.