Difference between revisions of "NGSolve2"
From Wiki
(Created page with 'NGSolve is a general purpose finite element library. Features of NGSolve * Elements of arbitrary order for any shape (segm, trig, quad, tet, prism, pyramid, hex) …') |
Christopher (talk | contribs) |
||
(13 intermediate revisions by one other user not shown) | |||
Line 1: | Line 1: | ||
− | NGSolve | + | __NOTOC__ {{DISPLAYTITLE: NGSolve}} |
+ | New site: | ||
+ | http://www.ngsolve.org | ||
+ | NGSolve is a general purpose finite element library. It is opensource under the LGPL license. NGSolve must be linked to a mesh-handler such as Netgen. It supports basic application classes (heat flow, linear elasticity, electromagnetics), and and be extended by several modules (fluid dynamics, wave equations, mechanics, ...) | ||
Features of NGSolve | Features of NGSolve | ||
− | + | * Elements of arbitrary order for any shape (segm, trig, quad, tet, prism, pyramid, hex) | |
− | + | * Scalar elements and vector-valued elements for H(curl) and H(div) | |
− | + | * Solvers for Heat-flow, elasticity, Stokes, Maxwell, etc. etc. | |
− | + | * Iterative solvers with multigrid preconditioning | |
− | + | * Error estimators and adaptive mesh refinement | |
− | + | * Intensively object oriented (C++ expression templates) | |
− | |||
− | |||
− | |||
− | |||
− | |||
− |
Latest revision as of 11:34, 31 March 2019
New site:
http://www.ngsolve.org
NGSolve is a general purpose finite element library. It is opensource under the LGPL license. NGSolve must be linked to a mesh-handler such as Netgen. It supports basic application classes (heat flow, linear elasticity, electromagnetics), and and be extended by several modules (fluid dynamics, wave equations, mechanics, ...)
Features of NGSolve
- Elements of arbitrary order for any shape (segm, trig, quad, tet, prism, pyramid, hex)
- Scalar elements and vector-valued elements for H(curl) and H(div)
- Solvers for Heat-flow, elasticity, Stokes, Maxwell, etc. etc.
- Iterative solvers with multigrid preconditioning
- Error estimators and adaptive mesh refinement
- Intensively object oriented (C++ expression templates)