flow123d.github.io/_data/gallery.yml at master · flow123d/flow123d.github.io · GitHub

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# 1) simple format is a string path to the image/video (relative or absolute)
# 2) complex format is a dictionary where
#   link:           is a link to a full sizes image/video
#   thumb:          is small sized preview of the final link
#   caption:        is a caption of the image/video


# Note that there can be multiple custom sections
- section: Images
  items:
    # simple format
    # - /gallery/pictures/test2-transport.jpg

    # complex format with *partial* markdown support
    #- link:     /gallery/pictures/XFEM_multi_wells.png
      #thumb:    /gallery/pictures/thumb/XFEM_multi_wells.png
      #caption:  |
        #**XFEM** - an illustration of a XFEM enrichment<br>
          #- Adaptive `FEM` with 28462 elements (left side)
          #- `XFEM` with 1024 element (right side)

    - link:     /gallery/pictures/2_aquifers-5_wells_mesh_whitebg_crop.png
      thumb:    /gallery/pictures/thumb/2_aquifers-5_wells_mesh_whitebg_crop.png
      caption:  |
        **XFEM** - an illustration of a XFEM enrichment in 2d<br>
          - 2 aquifer system communicating through 5 wells
          - 2d singular enrichment of pressure
          - the underlying coarse mesh is at the bottom

    - link:     /gallery/pictures/pic10w.png
      thumb:    /gallery/pictures/thumb/pic10w.png
      caption:  |
        **XFEM** - an illustration of a XFEM enrichment in 3d<br>
          - 3d bulk rock is cut by 10 wells
          - 1d-3d singular enrichment of velocity

    - link:     /gallery/pictures/visual_final.png
      thumb:    /gallery/pictures/thumb/visual_final.png
      caption:  |
        **DGR_1** - Deep geological repository model<br>
          - model of DGR for future spent nuclear fuel
          - fractured granit massive of approximately 500m scale
          - piezometric head is displayed, including the subsurface view

    - link:     /gallery/pictures/dgr.png
      thumb:    /gallery/pictures/thumb/dgr.png
      caption:  |
        **DGR_2** - Deep geological repository 3d model<br>
          - model of DGR for future spent nuclear fuel
          - fractured granit massive of approximately 200 km2
          - left - computational mesh, including main faults
          - right - piezometric head is displayed at the level of DGR (-500m)

    - link:     /gallery/pictures/real_appl.png
      thumb:    /gallery/pictures/thumb/real_appl.png
      caption:  |
        **Bedřichov** - model of granit massive in the Jizera mountains<br>
          - transport of natural tracers is modeled and compared extensive data collection measured on site
          - extensive measurements are collected online in the underground tunnel
          - piezometric head and velocity are displayed
          - detail of the tunnel cut by fractures is presented at the bottom

    - link:     /gallery/pictures/fractures_comparison.png
      thumb:    /gallery/pictures/thumb/fractures_comparison.png
      caption:  |
        **DFN** - Discrete fracture network 2d demonstration<br>
          - comparison of rock properties with different fracture network around tunnel excavation
          - left - homogenous rock
          - middle - stochastic DFN generated
          - right - stochastic DFN and some major deterministic faults
          - pressure is displayed, zero Dirichlet BC considered for simplification

    - link:     /gallery/pictures/fracture_cube.png
      thumb:    /gallery/pictures/thumb/fracture_cube.png
      caption:  null

    - link:     /gallery/pictures/melachov_strong_scaling.png
      thumb:    /gallery/pictures/thumb/melachov_strong_scaling.png
      caption:  null

    #- link:     /gallery/pictures/mesh_compatible.gif
      #thumb:    /gallery/pictures/thumb/mesh_compatible.gif
      #caption:  null

    #- link:     /gallery/pictures/mesh_noncompatible.gif
      #thumb:    /gallery/pictures/thumb/mesh_noncompatible.gif
      #caption:  null

    - link:     /gallery/pictures/mortar_both.png
      thumb:    /gallery/pictures/thumb/mortar_both.png
      caption:  null

    #- link:     /gallery/pictures/mortar_graph_comparison.png
      #thumb:    /gallery/pictures/thumb/mortar_graph_comparison.png
      #caption:  null

    - link:     /gallery/pictures/pipes.png
      thumb:    /gallery/pictures/thumb/pipes.png
      caption:  null

    - link:     /gallery/pictures/T-bend.png
      thumb:    /gallery/pictures/thumb/T-bend.png
      caption:  null


- section: Videos
  items:
    - link:     /gallery/videos/test2d.ogv
      thumb:    /gallery/videos/test2d-poster.png
      caption:  |
        **Transport** - an illustration of concentration propagation through fractured rock<br>
          - 2d model of fractured porous media
          - advection-diffusion equation solved on 1d-2d compatible mesh
          - concentration propagates through the fractures faster than through the bulk rock

    - link:     /gallery/videos/1d-wave.ogv
      thumb:    /gallery/videos/1d-wave-poster.png
      caption:  |
        **Transport solver** - comparison of different methods<br>
          - 1d problem with moving concentration peak
          - Finite volumes - piecewise constant solution, large numerical diffusion can be observed
          - Finite elements - piecewise linear solution,  some oscillations are present
          - Discontinuous Galerkin - piecewise linear solution,  no oscillations and minimal diffusion