Machine learning enhanced weighted essentially non-oscillatory scheme for UCLA2022 MAE252E course project.
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Updated
Aug 30, 2022 - Python
Machine learning enhanced weighted essentially non-oscillatory scheme for UCLA2022 MAE252E course project.
High-order finite volume solver for the relativistic hydrodynamics equations
High-order conservative finite difference solver for the hydrodynamics equations
High-order finite volume solver for the hydrodynamics equations
High-order conservative finite difference solver for the relativistic hydrodynamics equations
High-order conservative finite difference solver for the shallow water equations
High-order finite volume solver for the shallow water equations
High-order conservative finite difference solver for the magnetohydrodynamics equations
Draft and some stuff about "Modélisation hybride fluide-cinétique pour les plasmas"
High-order finite volume solver for the magnetohydrodynamics equations
2D viscous WENO 5th order implementation
Regent implementation of the WCHR scheme
A Fortran implementation of high-resolution WENO schemes for hyperbolic conservation equations
micro-macro simulation and other stuff of Hybrid fluid/kinetic modeling for plasma
Mathematica codes for weight derivation and stability analysis for Fifth-order finite volume Weighted essentially non-oscillatory scheme in orthogonally-curvilinear coordinates (Shadab et al., 2019)
2 dimensional Euler equation solver on structured grids
Suite of 1D, 2D, 3D demo apps of varying complexity with built-in support for sample mesh and exact Jacobians
3D WENO 5th Order Code in Fortran
The fast Finite Volume simulator with UQ support.
A Python library for solving any system of hyperbolic or parabolic Partial Differential Equations. The PDEs can have stiff source terms and non-conservative components.
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