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MODFLOW 6 & FloPy

Solute transport and variable-density flow modelling with MODFLOW 6 and FloPy (LC-25-3-138)


Description
FloPy is an essential Python library for groundwater modelling, enabling users to create and analyse MODFLOW models with efficiency and flexibility. With MODFLOW 6 as the latest member of the family of codes and script-based modelling using FloPy has become the industry standard for groundwater flow simulations. This course builds on fundamental knowledge of MODFLOW 6 and FloPy, advancing into more complex groundwater processes.

Designed for experienced users, this advanced course delves into solute transport and variable density flow modelling. Key applications include simulating seawater intrusion in coastal aquifers and managing aquifer storage and recovery projects. Through hands-on learning, participants will explore advanced FloPy functionalities to enhance their modelling skills and tackle real-world groundwater challenges.

Participants will gain access to a collection of ready-to-use Python notebooks featuring FloPy code for common solute transport and density-driven flow problems. These adaptable scripts serve as a foundation for customising models to suit specific groundwater scenarios. By the end of the course, learners will be equipped with the expertise to apply FloPy and MODFLOW 6 effectively in complex hydrological studies.

To find out more visit: https://awschool.com.au/training/solute-transport-modflow-6-flopy/
Content
  • Pre-course
  • Introduction
  • Preparation
  • Pre-Course Survey
  • Part 1: Solute transport
  • U1 - Course Introduction | Overview
  • U2 - Course Overview continued
  • U3 - Starting the Jupyter Notebook | Define a Simulation
  • U4 - Define Flow Model
  • U5 - Transport model | Exercise | Linking the models
  • U6 - Write MODFLOW input files | Run Simulation
  • U7 - Retardation | Part 1 Wrap-up
  • Part 1 Homework
  • Part 1 Survey
  • Part 2: Variable-density flow
  • U8 - Part 1 Review | Homework Solution
  • U9 - Variable Density Flow Modelling | Growing freshwater lens
  • U10 - Freshwater lens below an island | Installing packages | Parameters
  • U11 - Defining the Groundwater Flow & Transport model
  • U12 - Contour plot of the concentration | Plots of heads and flow
  • U13 - Adding a well to extract fresh water
  • U14 - Sea level rise | Part 2 Wrap-up
  • Part 2 Resources
  • Part 2 Homework
  • Part 2 Survey
  • Part 3: Aquifer storage and recovery in coastal aquifers
  • U15 - Part 2 Homework Solutions | Part 3 Overview
  • U16 - Aquifer Storage and Recovery | Description of flow problem | Parameters
  • U17 - Creating the model
  • U18 - Running the model | Contour plot
  • U19 - Recovery efficiency | Add a rest period | Multiple cycles | Bonus Material
  • U20 - Create a triangular mesh
  • U21 - Create a Voronoi mesh | Build the MODFLOW model
  • U22 - GridIntersect Class | Course Wrap-up
  • Part 3 Resources
  • Part 3 Homework
  • Post-course
  • Final Feedback Survey (complete to receive certificate)
Completion rules
  • All units must be completed
  • Leads to a certificate with a duration: Forever
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