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Created by: Jože Korelc |
AceGen and AceFEM are supported by Wolfram Research, Inc. as Third-Party Application Packages. See … http://www.wolfram.com/.../acegen/ and http://www.wolfram.com/.../acefem/ |
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News: Mathematica 15.0 compatible
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The
Mathematica package AceGen is used for the automatic derivation of formulae
needed in numerical procedures. An approach, implemented in AceGen, avoids
the problem of expression swell by combining: symbolic and algebraic
capabilities of Mathematica, automatic differentiation technique, automatic
code generation, and simultaneous optimization of expressions. The
multi-language capabilities of AceGen (C, FORTRAN, Mathematica©,
Matlab©,..) enable the generation of numerical codes for various
numerical environments (AceFEM, Matlab©, FEAP©, ABAQUS©,
... ) from the same symbolic description. AceGen alone does NOT include examples and libraries
needed for the automation of the Finite
Element Method! More about AceGen… Support for: |
The AceFEM package
is a general finite element environment designed to solve multi-physics and
multi-field problems. The package explores the advantages of the symbolic
capabilities of Mathematica while maintaining the numerical efficiency of
commercial finite element environments. The element-oriented approach enables
easy creation of customized finite element-based applications in Mathematica.
It also includes examples and libraries needed for the automation of the Finite
Element Method. More about AceFEM…
The AceFEM environment comes with a FE library
including standard solid, structural, thermal and contact elements. Elements
are accessed and automatically loaded through the AceShare system. The
AceShare system is a finite element file sharing mechanism built in AceFEM
that makes AceGen generated finite element source codes available to users.
The AceShare system enables: browsing the FEM libraries; loading the finite
elements from the libraries; formation of the user defined library. |