My Project
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▼Common | Common Infrastucture |
Properties | The property system |
Parameters | The parameters system |
▼Solvers | Linear and Non-Linear Solvers |
Non-Linear Solver | The Newton-Raphson Non-Linear Solver |
Linear Solvers | Linear Solvers |
▼Spatial Discretizations | Spatial discretizations approximate the continuous spatial space of the physical world by data for finite number of points |
▼Finite-Volume Discretizations | Finite volume discretizations represent the spatial domain as a set of piecewise constant functions |
Vertex-Centered-Finite-Volumes | The Vertex-Centered-Finite-Volume Scheme |
Element-Centered-Finite-Volumes | The Element-Centered-Finite-Volume Scheme |
▼Flow Models | Models describing the equations to which physical world adheres to |
Immiscible | Immiscible Multi-Phase Model |
PVS | Compositional Multi-Phase Model Using Primary Variable Switching |
NCP | Compositional Multi-Phase Model Directly Solving Non-linear Complementarity Problems |
Flash | Compositional Multi-Phase Model Based on Flash Calculations |
Black Oil | Partially Miscible Three-Phase Model Based on the Black Oil Assumptions |
Richards | Immiscible Two-Phase Model Using the Richards Equation |
(Navier-)Stokes | Compositional/Immiscible Single-Phase Model for Turbulent Flow |
▼Modules | Plug-in modules Used by the Models |
Flux | Flux Modules |
Molecular Diffusion | A Module for to molecular diffusion |
Energy | A Module for the Energy Equation |
VTK output | Various Modules to Write VTK Output |
ECL compatible black-oil simulator | A simulator for ECL input decks which uses the fully-implicit element centered black-oil model |