Package solvcon :: Package kerpak

Package kerpak

Solver packages (SPs), including numerical algorithms and physical models.

A SP inludes one or more solver kernels (SKs) and corresponding analysis functions. Codes in this subpackage should use absolute import to access functionalities provided in SOLVCON, so that each SP can be migrated outside the solvcon package namespace.

Available numerical algorithms include:

cese: second order, multi-dimensional CESE method.
cuse: second order, multi-dimensional, CUDA-enabled CESE method.
lincese: second order CESE method specialized for linear equations.
lincuse: second order CESE method specialized for linear equations with CUDA support.

Available physical models:

euler: the euler equations for gas dynamics.
elaslin: the velocity-stress equations for anisotropic, linear elastic solids.
vslin: the velocity-stress equations for anisotropic, linear elastic solids with CUDA support.
gasdyn: CUDA-enabled, gas-dynamics simulator.

Submodules

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solvcon.kerpak.cese: Space-time Conservation Element and Solution Element (CESE) method.
solvcon.kerpak.cuse: Second-order, multi-dimensional CESE method with CUDA enabled.
solvcon.kerpak.elaslin: Anisotropic velocity-stress equations solver using the linear CESE method.
solvcon.kerpak.euler: Euler equations solver using the CESE method.
solvcon.kerpak.gasdyn: Gas dynamics solver of the Euler equations.
solvcon.kerpak.lincese: CESE solver specialized for general linear equations.
solvcon.kerpak.lincuse: CESE solver specialized for general linear equations with CUDA support.
solvcon.kerpak.vslin: Anisotropic velocity-stress equations solver using the linear CESE method with CUDA support.

Variables

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__package__ = None
hash(x)