Simulations made to measure
Based on experiences collected within the last 20 years
at the universities of Bonn, Heidelberg, Dortmund, Trondheim and Siegen
we support
various applications in different areas.
- continuum mechanics
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nonlinear materials
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micro structural analysis
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contact problems
- fluid mechanics
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incompressible fluids
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low Mach number flow problems
- electromagnetism
- multiphysics
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fluid structure interaction
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electro magnetical forming
Besides the free choice of the topic, corresponding
adequate discretisation and related solvers, one main aspect
in our approaches are adaptive methods.
We construct optimal refined meshes with respect to the user-specified
quantity of interest.
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Overview and Key Features
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simulation for a wide class of different problems
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problem-dependent discretisation
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family of standard and non-standard FE-basis functions
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reliable a posteriori error prediction
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optimal mesh refinement with respect to the quantity of interrest
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zoo of solvers
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object-oriented design allows for the analysis of
algorithms and user-defined
enhancements
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