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OpenFCST: The open-source Fuel Cell Simulation Toolbox
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| Functions and classes of the application framework | |
| Integration routines for matrices and residual for standard applications | |
| Local integration routines for matrices | |
| Integration of boundary face matrices | |
| Integration of cell matrices | |
| Integration of interior face matrices | |
| Local integration routines for residuals | |
| Integration of boundary face residuals | |
| Integration of cell residuals | |
| Integration of interior face residuals | |
| This namespace contains FEM related methods which are not implemented in the standard deal.II library | |
| This namespace contains data and methods that handle initial and boundary data of a problem at hand | |
| This namespace is used for all those auxiliary classes that are used by AppTest | |
| Container Namespace for Fuel Cell data classes | |
| Namespace containing all universal constants | |
| Namespace to hold classes that describe physical processes in fuel cells | |
| General namespace to generate geometries and grids for FuelCell applications | |
| Namespace to hold classes that implement kinetic models | |
| Namespace to hold classes that characterize fuel cell layers | |
| Namespace to hold classes that characterize materials used in fuel cells | |
| Namespace to hold classes that define mixture properties for gases (and liquids) in fuel cells | |
| This namespace contains various linear solvers and preconditioners | |
| A collection of functions and classes for the mesh loops that are an ubiquitous part of each finite element program | |
| The namespace containing objects that can be used to assemble data computed on cells and faces into global objects | |
1.8.2