I think it would be nice to have a short overview of what is NuTo suited for, what is it being used for and what is possible. I'm not saying we need this to attract users, but I think it would be nice if the "startpage" was a bit more meaningful to collaborators etc. So, maybe we can add a short list, in an ideal world even linked to an example, of NuTos features. From the top of my head:
Physics
Mechanics
linear Elasticity
Viscoelasticity
Von-Mises Plasticity
Damage
Phasefield Damage Model
Gradient-Enhanced Damage Model
Heat Conduction
Moisture Transport
Mechanisms for easy coupling
Constraints
Dirichlet node boundary conditions
Linear constraints between nodes using user-defined equations
Math
Block Matrices/Vectors with convenient per-independent-variable access
Parallelization
Finite Element Tearing and Interconnecting
OpenMP
Interpolation and Quadrature
Most common quadrature schemes predefined:
Gauss/Lobatto
1D/2D/3D
for simplexes and quadrilaterals/hexahedra
freely combine interpolation order and element shape
different interpolation order for each independent variable
I've just found this project Feedmereadmes, where they offer free feedback and editing for open source READMEs. Maybe we could submit ours once this issue has been completed.
I think it would be nice to have a short overview of what is NuTo suited for, what is it being used for and what is possible. I'm not saying we need this to attract users, but I think it would be nice if the "startpage" was a bit more meaningful to collaborators etc. So, maybe we can add a short list, in an ideal world even linked to an example, of NuTos features. From the top of my head:
Physics
Constraints
Math
Parallelization
Interpolation and Quadrature
Time integration
Misc
Feel free to add or remove things. In particular, I'm unsure what to say about
Metamodel
andOptimize
, because I haven't used them.