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Online HYDRUS Short Course - Prague, 2020

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Home / Support and Services / HYDRUS Support / Courses and Workshops / Short Courses & Workshops 2020 / HYDRUS Short Course, Prague 2020 / Online HYDRUS Short Course - Prague, 2020

Online HYDRUS and HP1 shortcourse: August 31-September 4, 2020

“Modeling of water flow and contaminant transport in porous media using the HYDRUS software packages”

Participants will get a PDF file with all lectures and tutorial instructions, as well as online access to all carried out examples.

Detailed Program:

Day 1: Morning (9:00 - 12:00; Prague time), with focus on HYDRUS-1D

Format Description
Lecture 1: Vadose zone flow and transport modeling: An overview.
Lecture 2: The HYDRUS-1D software for simulating one-dimensional variably-saturated water flow and solute transport.
Computer session 1: HYDRUS-1D: Infiltration of water into a one-dimensional soil profile.

Day 1: Afternoon (13:00 - 17:00; Prague time)

Format Description
Lecture 3: On the characterization and measurement of the hydraulic properties of unsaturated porous media.
Lecture 4: Application of the finite element method to variably-saturated water flow and solute transport.
Computer session 2: HYDRUS-1D: Annual water flow and solute transport in a layered soil profile.
Lecture 5: Introduction to inverse modeling; application of HYDRUS-1D to laboratory and field experiments.
Computer session 3: HYDRUS-1D: Annual water flow and solute transport in a layered soil profile.

Day 2: Morning (9:00 - 12:00), with focus on HYDRUS (2D/3D)

Format Description
Lecture 6: HYDRUS (2D/3D) software for simulating two- and three-dimensional variably-saturated water flow and solute transport, Version 3. Domain Types.
Computer session 4: HYDRUS (2D/3D): Subsurface line source.

Day 2: Afternoon (13:00 - 17:00)

Format Description
Computer session 5: HYDRUS (2D/3D): HYDRUS (2D/3D): Furrow infiltration with a solute pulse.
Computer session 6: HYDRUS (2D/3D): Flow and transport in a transect to a stream.
Computer session 7: HYDRUS (2D/3D): Three-Dimensional Water Flow and Solute Transport.

Day 3: Morning (9:00 - 12:00), with focus on special HYDRUS modules, such as UNSATCHEM

Format Description
Lecture 7: Preferential and nonequilibrium flow and transport.
Computer session 8: HYDRUS-1D: Nonequilibrium flow and transport.
Lecture 8: Coupled movement of water, vapor, and energy.
Computer session 9: HYDRUS-1D: Coupled movement of water, vapor, and energy.

Day 3: Afternoon (13:00 - 17:00)

Format Description
Lecture 9: Overview of multicomponent biogeochemical transport modeling using the HYDRUS computer software packages, e.g., with the UNSATCHEM, HP1, and Wetland Modules.
Computer session 10: HYDRUS-1D: Modeling Salinity with H1D.
Computer session 11: UNSATCHEM: Modeling Salinity with UNSATCHEM.
Lecture 10: Review of standard and non-standard HYDRUS modules (e.g., HP1, UnsatChem, Wetland, C-Ride, DualPerm, Slope Cube) and standard applications.

Day 4: Morning (9:00 - 12:00), with focus on PREEQC/HPGeochemistry

Format Description
Lecture 1: Introduction and aqueous speciation modelling.
Computer session 1: Introduction HPGeochemistry graphical user interface.
Computer session 2: Speciation modelling.

Day 4: Afternoon (13:00 - 17:00), with focus on PREEQC/HPGeochemistry and HP1

Format Description
Computer session 3: Reaction path modelling: Speciation and solubility.
Lecture 2: Reactive transport in the vadose zone: Examples and approach.
Solid-liquid interaction - Minerals
Computer session 4: Reactive transport modelling: Setting up a HP1 project – Mineral dissolution/precipitation waves.

Day 5: Morning (9:00 - 12:00), with focus on PREEQC/HPGeochemistry and HP1

Format Description
Solid-liquid interaction – Ion exchange
Computer session 5: Speciation and reaction path modelling.
Computer session 6: Reactive transport modelling: Transport of major cations.

Day 5: Afternoon (13:00 - 17:00)

Format Description
Kinetics - Minerals
Computer session 7: Reaction path modelling: Mineral dissolution.
Kinetics – Degradation in the aqueous phase
Computer session 8: Reaction path modelling: Monod kinetics.
Computer session 9: Reaction path and reactive transport modelling: First-order degradation network.
 

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