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DSD-INT 2019 iMOD-WQ - Janssen

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Presentation by Gijs Janssen, Deltares, at the iMOD - User Day, during Delft Software Days - Edition 2019. Tuesday, 12 November 2019, Delft.

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DSD-INT 2019 iMOD-WQ - Janssen

  1. 1. i M O D U s e r D a y 2 0 1 9 iMOD-WQ / iMOD 5 Gijs Janssen, Jarno Verkaik, Peter Vermeulen, Frans Roelofsen, Johan Valstar, Daniel Rakotonirina
  2. 2. iMODUserDay2019 2 1st application: Megasite approach Port of Rotterdam (2012 – present) Parent model, 50x50m resolution Submodels, 10x10m resolution Plain of Compliance
  3. 3. iMODUserDay2019 3 1st application: Megasite approach Port of Rotterdam Local transport models, 10x10m resolution
  4. 4. iMODUserDay2019 4 iMOD-WQ SEAWAT MT3DMS RT3D iMOD-WQ
  5. 5. iMODUserDay2019 5 SEAWAT • Density, viscosity dependent groundwater flow and transport • MODFLOW – MT3DMS coupling
  6. 6. MT3DMS • 3D reactive transport • Simple reactions iMODUserDay2019 6
  7. 7. RT3D • Much like MT3DMS, but … • More complex reactions (e.g. reactive chains, inter-species reactions • Predefined reaction modules • User-defined reaction module iMODUserDay2019 7
  8. 8. iMODUserDay2019 8 2 RUNMODES RUNMODE = SEAWAT RUNMODE = MT3DMS
  9. 9. ########################################################################### # Amersfoort iMOD-WQ run-file for MT3D # # Valid tokens to use with _T (species), _P (stress period), # _S (sub-system), _L (model layer), _R (row), _C (column) are: $, ? and & ########################################################################### [GEN] RESULT_DIR = RESULTS RUNTYPE = MT3DMS MODELNAME = Amersfoort1 # set model name PACKAGES = BTN, ADV, SSM, GCG, RCT, FTL # set active packages START_YEAR = 1910 START_MONTH = 1 START_DAY = 1 COORD_XLL = 153300.00 # lower left X-coordinate COORD_YLL = 462500.00 # lower left Y-coordinate COORD_XUR = 155400.00 # upper right X-coordinate COORD_YUR = 464300.00 # upper left Y-coordinate [BTN] # Basic Transport Package NLAY = 19 NPER = 1 CINACT = -9999. NCOMP = 2 MCOMP = 2 # Gemodelleerde stoffen: # 1: Benzene DELR_C$ = 10.0 # cell width along rows (or x-axis) DELC_R$ = 10.0 # cell width along columns (or y-axis) HTOP = DBASETOPVERSION_SPLITTEDTOP_L1.IDF DZ_L1:10 = DBASETHKVERSION_SPLITTEDTHK_L:.IDF DZ_L11:19 = DBASETHKVERSION_SPLITTEDTHK_L:.IDF PRSITY_L$ = .30 Control via run-file • All input (referenced) in one file • One block per package • Use of keywords e.g. NPER = 12 • Use of defaults bv. WRITEHELP = FALSE • Use of ”macro’s” and “tokens” for compacted input iMODUserDay2019 9
  10. 10. iMODUserDay2019 10 Installation and running
  11. 11. Zoet-ZoutinAZURE 11
  12. 12. iMODUserDay2019 12 Output • 1. Standard output (.list, .UCN, .MAS) • 2. Grid output (.IDF) • 3. Point output (.IPF) (only conc) • 4. Tecplot output • 5. Paraview output • 6. Flux-load output (.FLX) .IPF TECPLOT Paraview
  13. 13. iMOD-WQ in the GUI • 4D visualization iMODUserDay2019 13
  14. 14. iMODUserDay2019 14 iMOD-WQ in the GUI • Extended Project Manager
  15. 15. iMODUserDay2019 15 Manual
  16. 16. iMODUserDay2019 16 Test Bench
  17. 17. iMODUserDay2019 17 iMOD-WQ parallel
  18. 18. iMODUserDay2019 18 THANK YOU FOR YOU ATTENTION! HAVE FUN MODELLING WATER QUALITY WITH

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