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Welcome to the IFEM wiki. Your guide to everything IFEM.
The structure of IFEM is that you have a core library (this repository) and several applications built on top of this. To start using it you will first need to clone and compile the core library followed by either making your own applications or downloading existing ones. The default location to put these applications is in the Apps-folder
Linear elasticity solvers. Covers a wide range of symmetry-formulations, beam elements, thermal expansions and academic problems with known exact solutions.
https://github.com/OPM/IFEM-Elasticity
Solver for the poro-elasticity equations. This requires the Elasticity application above.
https://github.com/OPM/IFEM-PoroElasticity
Solver for fracture dynamics. This requires the Elasticity application above.
https://github.com/OPM/IFEM-OpenFrac
You might also appreciate the following stand-alone applications which makes working with IFEM on a day-to-day basis a little easier. While none of these are required, they are encouraged.
Grid-property modeler. This is a package to resolve any topology arising in a multi-patch models so you don't have to specify this by hand.
https://github.com/sintefmath/IFEM-GPM
Scripting language to create and manipulate spline objects in python. Very convenient for the creation of complex geometries.
https://github.com/sintefmath/splipy
Graphical user-interface to visualize geometry files. Also allows the user to set boundary conditions by point & click
https://github.com/VikingScientist/SplineGUI
- See README.md