Kratos 1.0.0
From KratosWiki
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== Features == | == Features == | ||
− | + | === Kratos Main Core === | |
− | + | * Geometries | |
− | + | ** Line2D2 | |
− | + | ** Line2D3 | |
− | + | ** Line3D2 | |
− | + | ** Line3D3 | |
− | + | ** Triangle2D3 | |
− | + | ** Triangle2D6 | |
− | + | ** Triangle3D3 | |
− | + | ** Triangle3D6 | |
− | + | ** Quadrilateral2D4 | |
− | + | ** Quadrilateral2D8 | |
− | + | ** Quadrilateral2D9 | |
− | + | ** Quadrilateral3D4 | |
− | + | ** Quadrilateral3D8 | |
− | + | ** Quadrilateral3D9 | |
− | + | ** Tetrahedra3D4 | |
− | + | ** Tetrahedra3D10 | |
− | + | ** Hexahedra3D8 | |
− | + | ** Hexahedra3D20 | |
− | + | ** Hexahedra3D27 | |
− | + | ** Prism3D6 | |
− | + | ** Prism3D15 | |
− | + | * Linear Solvers: | |
− | + | ** Conjugate Gradient | |
− | + | ** Biconjugate Gradient Stabilized | |
− | + | ** Skyline LU | |
− | + | * Preconditioners: | |
− | + | ** Diagonal | |
− | + | ** ILU0 | |
− | ** | + | * Strategies |
− | *** | + | ** Linear |
− | *** | + | ** Newton-Raphson |
+ | === Structural Application === | ||
+ | * Elements | ||
+ | ** Kinematic linear 3D element | ||
+ | ** Total lagrangian 3D and 2D element | ||
+ | * Constitutive Laws | ||
+ | * Time integration | ||
+ | ** Generalized-α-method | ||
+ | * Utilities | ||
+ | ** Surface-to-surface contact formulation for volumes | ||
+ | ** Activation and deactivation of elements | ||
− | + | === Incompressible Fluid Application === | |
− | + | === PFEM Application === | |
− | + | === Convection Diffusion Application === | |
− | + | ||
− | + | ||
== Installation == | == Installation == |
Revision as of 07:08, 6 May 2008
The first Release of Kratos.
Contents |
Features
Kratos Main Core
- Geometries
- Line2D2
- Line2D3
- Line3D2
- Line3D3
- Triangle2D3
- Triangle2D6
- Triangle3D3
- Triangle3D6
- Quadrilateral2D4
- Quadrilateral2D8
- Quadrilateral2D9
- Quadrilateral3D4
- Quadrilateral3D8
- Quadrilateral3D9
- Tetrahedra3D4
- Tetrahedra3D10
- Hexahedra3D8
- Hexahedra3D20
- Hexahedra3D27
- Prism3D6
- Prism3D15
- Linear Solvers:
- Conjugate Gradient
- Biconjugate Gradient Stabilized
- Skyline LU
- Preconditioners:
- Diagonal
- ILU0
- Strategies
- Linear
- Newton-Raphson
Structural Application
- Elements
- Kinematic linear 3D element
- Total lagrangian 3D and 2D element
- Constitutive Laws
- Time integration
- Generalized-α-method
- Utilities
- Surface-to-surface contact formulation for volumes
- Activation and deactivation of elements
Incompressible Fluid Application
PFEM Application
Convection Diffusion Application
Installation
Known Errors
- Valgrind indicates memory error in vector and matrix interface to python