DSD-INT 2016 Building a 3D model of the subsurface on a local scale - Hijma
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This document discusses the iMOD software tool for visualizing and modeling subsurface data. It can be used to create 2D and 3D models using data from boreholes, cone penetration tests, voxel models, shapefiles and grids. The document provides two examples of using iMOD: (1) creating stochastic subsurface scenarios below Dutch dikes to assess failure probabilities, and (2) modeling the complex geology below a new highway where unexpected connected sand layers were discovered.
DSD-INT 2016 Building a 3D model of the subsurface on a local scale - Hijma
- 1. Creating 2D/3D subsurface models for local/regional use Marc Hijma Applied Geology and Geophysics
- 2. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes iMOD – not only for groundwater related studies!
- 3. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes iMOD – not only for groundwater related studies!
- 4. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes iMOD – not only for groundwater related studies!
- 5. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes • Cone penetration tests iMOD – not only for groundwater related studies!
- 6. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes • Cone penetration tests iMOD – not only for groundwater related studies!
- 7. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes • Cone penetration tests • 3D-voxel models iMOD – not only for groundwater related studies!
- 8. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes • Cone penetration tests • 3D-voxel models GeoTOP – TNO-Geological Survey of The Netherlands iMOD – not only for groundwater related studies!
- 9. 27 oktober 2016 iMOD – not only for groundwater related studies! • Easy to use tool to visualize large sets of subsurface data • Boreholes • Cone penetration tests • 3D-voxel models • Shapefiles • Ascii-grids
- 10. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes • Cone penetration tests • 3D-voxel models • Shapefiles • Ascii grids • Easy to use tool to create 2D/3D models of the subsurface iMOD – not only for groundwater related studies!
- 11. 27 oktober 2016 • Easy to use tool to visualize large sets of subsurface data • Boreholes • Cone penetration tests • 3D-voxel models • Shapefiles • Ascii grids • Easy to use tool to create 2D/3D models of the subsurface • Two examples • Stochastic subsurface scenario’s below Dutch dikes • Complex geology below a new highway iMOD – not only for groundwater related studies!
- 14. 3D model of the geology below a highway
- 15. Stochastic approach using iMOD 14 november 2016
- 16. iMOD: 2D sections along a dike.
- 17. Viewing all relevant subsurface information
- 18. Creating subsurface scenario’s 8 juni 2015 • Each scenario gets its own probabity of occurence • Depth of each layer: modal, maximum, minimum
- 19. 14 november 2016 Combined probability of failure
- 20. 14 november 2016 Complex geology below a new highway
- 21. Tunnel: more seepage than expected 14 november 2016
- 22. Unexpectedly connected sand layers 14 november 2016 SAND CLAY CLAY PEAT SHORT CIRCUIT
- 23. 14 november 2016 3D problem!
- 24. 14 november 2016