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ToDo.MD

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PSD todo list:

Ongoing

  • [x]

Todo

  • Optimize interpolation via building of interpolation matrix

  • Finish the documentation of Iwan

  • Build a tutorial on Iwan

  • Optimize the law of Iwan with the status

  • Add more validation test

  • Hujeux soil law make it work with PSD

  • Nonlinear damage mechanics with nested matrices

  • To add examples for -pointprobe flag in make check

  • make check examples for time-discretization

  • Optimize force calculation (matrix-vector type)

  • Druker-Prager law for soil dynamics

  • Couple damage and seismic solver

  • Heterogeneous materials class of problems

  • Parallel interpolation on surface from volume

Done

  • Raw string support for hpp files

  • Mfront integration of PSD (non-linear)

  • Include Medfile support

  • Mfront integration of PSD (non-linear)

  • PSD configures PETSc and FreeFEM

  • Mfront integration of PSD linear-elasticity

  • Use max system procs for tests

  • Activate top-ii-vol version 1.3 for PSD

  • Install binaries and libraries in usr/bin and usr/include/psd

  • seperate precracked dirichlet flag

  • mesh flag for PSD_Solve

  • Distributed meshing interface for soil dynamics with top-ii-vol

  • Extract point field in MPI

  • Force calculation via matrix vector product

  • Fully commented control parameters file

  • Including material properties as macros not real type

  • Quadrature point based stress, strain variables

  • Higher order quadrature formulations

  • Better way to include Dirichlet via macro table

  • Pseudo nonlinear procedure for solving linear problems with Newton-Raphsons

  • Hujeux soil law make it work with C++ 11

  • Strain Vectorization

  • Split & clearing done in Hujeux law

  • Newton--Raphsons for dynamics and phase-field

  • Introduce non-linearity for dynamics

  • GFP single function for Energy decomposition

  • Material tensor of damage problems

  • Tag Modification

  • Dynamic solver via $\varepsilon(u):A:\varepsilon(v)$

  • New variational formulations $\varepsilon(u):A:\varepsilon(v)$ instead of $\sigma(u): \varepsilon (v)$

  • 2D/3D Quasistatic damage via GFP

    • Idea is to take Bruno/Giuseppe's serial solver and parallelize the solver.
    • As EigenValue analysis of each element is required to get the principal directions there is a need to implement c++ GFP macros.

  • Update testing in Make check

  • Better ParaView export for transient.