Learn how to build a simple 2D TUFLOW FV model
This course guides users through building and running a simple 2D TUFLOW FV model. The online content in this course is expected to take approximately four hours to complete.
Format
eLearning (E)
This hybrid eLearning course typically takes 4 hours to cover all online content. The course is hosted online 24/7. It includes step by step lessons comprising of a combination of written notes, background content videos, demonstration videos and hands-on exercises.
This eLearning course is free and can be carried out on and off when the user chooses within the allocated 6 week registered access period. You will access the training via the TUFLOW eLearning portal.
Prerequisites
This course teaches how to create a simple 2D TUFLOW FV flood model. Prior completion of the following free eLearning courses is required:
QGIS version v3.40 or later must be used for this workshop. If you already have a version of QGIS installed, though it is older than 3.40, please install the latest version. This information is outlined in the prerequisite instructions included in TT000, though is fundamental to the successful running of this course, and as such is worthwhile reiterating.
If you have not completed TUFLOW eLearning previously you will need to create an account. This account will function as the central portal for all TUFLOW eLearning courses you enrol in.
After signing up, the link below can also be used to access your account.
After you have established a TUFLOW eLearning account, login and click the link below to self-enrol in this course.
Availability: On Demand 24/7
Cost: Free
Registration Period: Online eLearning portal access for 6 weeks
Exercise time requirement: 4 hours
Introduction to TUFLOW FV
2D Hydrodynamic Model generation
Reviewing 2D and 3D hydrodynamic results
Introduction to TUFLOW FV
TUFLOW FV folder structure and reviewing inputs
Setting up open boundary conditions for a 2D Hydrodynamic model
Configuring a TUFLOW FV Control File for a 2D Hydrodynamic model
Running TUFLOW FV models using batch files
Viewing and checking 2D and 3D results from TUFLOW FV simulations
