The methods range from Gröbner basis computations and Cylindrical Alge- braic Decomposition to algorithms for symbolic summation and integra- tion. The latter ...
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Nov 12, 2015 · The methods range from Gröbner basis computations and Cylindrical Algebraic Decomposition to algorithms for symbolic summation and integration.
Symbolic Computation and the Finite Element Method - the ...
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The FESTER system uses an amalgamation of sections of BCPL, REDUCE and FORTRAN for the region definition, construction of minimisation principle and trial ...
Here we give an outline of the FESTER package which is based on the same principle of high level input and the production of a runnable. FORTRAN program as the ...
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The methods range from Gröbner basis computations and Cylindrical Algebraic Decomposition to algorithms for symbolic summation and integration. The latter have ...
Buy the book Variational and Finite Element Methods: A Symbolic Computation Approach by abraham i beltzer at Indigo.
The integral forms of the functional finite element model (FEM) usually involve a huge amount of computing time and memory space.
A general procedure integrating the finite element method with multibody system dy- namics using symbolic computation is presented.
In general, the method consists of dividing the domain of interest (the structure) into a number of smaller-though not necessarily identical- convex sub-domains ...
Apr 6, 2018 · Abstract page for arXiv paper 1804.02338: Automatic symbolic computation for discontinuous Galerkin finite element methods.