Example codes
and tutorials
and tutorials
- The (Not-so) Quick Guide
- List of tutorials/demo codes
- Single-Physics Problems
- Poisson
- Adaptivity illustrated for Poisson
- Advection-Diffusion
- Unsteady heat equation
- Linear wave equation
- The Young-Laplace equation
- Navier-Stokes
- Free-surface Navier-Stokes
- Axisymmetric Navier-Stokes
- Solid mechanics
- Beam structures
- Shell structures
- Multi-physics Problems
- Fluid-structure interaction
- Boussinesq convection
- Steady thermoelasticity
- Methods-based example codes and tutorials
- Mesh generation
- Linear solvers and preconditioners
- Visualisation of the results
- Parallel processing
- How to write a new element
- How to write a new refineable element
- Default nonlinear solvers -- the sequence of
actionfunctions - ...
Documentation
- FE theory and top-down discussion of the data structure
- The (Not-so) Quick Guide
- Comprehensive bottom-up discussion of the data structure
- List of available structured and unstructured meshes
- Linear solvers and preconditioners
- Visualisation of the results
- Parallel processing
- Coding conventions and C++ style
- Creating documentation
- Optimisation - robustness vs. "raw speed"
- Linear vs. nonlinear problems
- Storing shape functions
- Changing the default "full" integration scheme
- Disabling the ALE formulation of unsteady equations
- C vs. C++ output
- Different sparse assembly techniques and the STL memory pool
Publications
FAQ & Contact
![\[ x = (A + \widehat{A} \cos(2\pi t/T)) \cos(\xi) \]](form_31.png)
![\[ y = \frac{\sin(\xi)}{A + \widehat{A} \cos(2\pi t/T)} \]](form_32.png)
