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| − | '''nemesis''' is an experimental finite element code | + | ==Description== |
| + | '''nemesis''' is an experimental finite element code. | ||
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| + | '''nemesis''' consists of two parts: a C++ ''core'', embedding the [http://www.python.org Python] interpreter, capable of undertaking a wide variety of static/transient/eigenvalue problems accounting for material and/or geometrical nonlinearities, and ''extras'', a set of [http://www.python.org Python] scripts that access the core and exploit usability in simple or more complicated tasks, including pre- and post-processing. | ||
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| + | Some of the available features in '''nemesis''' are: bar/beam/triangle/quad/brick elements, uniaxial elastic/hardening/cyclic/viscoplastic materials, Mohr-Coulomb material, initial/modified/full Newton-Raphson and BFGS algorithms, load/displacement/arc-lenght controls and connection to sql databases. | ||
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Revision as of 12:31, 3 February 2007
Welcome to nemesis
Descriptionnemesis is an experimental finite element code. nemesis consists of two parts: a C++ core, embedding the Python interpreter, capable of undertaking a wide variety of static/transient/eigenvalue problems accounting for material and/or geometrical nonlinearities, and extras, a set of Python scripts that access the core and exploit usability in simple or more complicated tasks, including pre- and post-processing. Some of the available features in nemesis are: bar/beam/triangle/quad/brick elements, uniaxial elastic/hardening/cyclic/viscoplastic materials, Mohr-Coulomb material, initial/modified/full Newton-Raphson and BFGS algorithms, load/displacement/arc-lenght controls and connection to sql databases.
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