Training Videos

After a brief overview of the RiverFlow2D Plus new finite-volume model capabilities, we will show you the main steps to make practical two-dimensional modeling applications from start to finish. We will explain how to import elevation data, generating and refining a flexible mesh, setting up boundary conditions, Manning's n and other parameters, running the model, and creating depth and velocity maps. This webinar provides the basic training you need to get started doing successful 2D simulations.

All registered attendees will receive a link to watch the course video, course presentation and model manual in PDF format,  and a free license of the new RiverFlow2D Plus LT, which has most capabilities as the RiverFlow2D Plus professional license, limited to 2000 cells. 

This course is free for registered RiverFlow2D Plus users.

Duration: 1.5 hours

This online training will present the main capabilities of the new RiverFlow2D Plus MD finite-volume mudflow model and show you in three simple steps how to make practical two-dimensional mudflow simulations from start to finish. We will explain how to import terrain elevations, generating and refining a flexible mesh, setting up boundary conditions, setting up fluid rheological properties and parameters, running the model, visualize results and create depth, velocity and hazard maps. The webinar provides the basic training you need to get started doing successful 2D mudflow simulations.

All registered attendees will receive a link to watch the course video, course presentation and model manual in PDF format,  and a free license of the new RiverFlow2D Plus MD LT, which has most capabilities as the RiverFlow2D Plus professional license including mudflow module, limited to 2000 cells.

This course is free for registered RiverFlow2D Plus MD users.

Duration: 1.5 hours

In this training video you will learn how to make effective use of specialized RiverFlow2D v3 GUI tools to correctly account for levees and other topographic elements in two dimensional hydraulic modeling. We will cover the following topics:

1. How to import and various elevation data sets in different layers
2. Apply alternative interpolation methods for each set that better adapt to data specifics
3. Add breaklines and other geometric components to make sure that the model mesh captures singular topographic features including levees, roads, etc.
4. Make judicious mesh refinement to optimize computer time and improve model accuracy. 

The training will focus on developing hands-on exercises to ensure that participants will be able understand the tools and techniques that will be provided to improve 2D hydraulic simulation using RiverFlow2D v3 Argus ONE edition.

To follow the video, you may download RiverFlow2D v3 LT that has most capabilities of the professional license, and is limited to 2000 elements.



This training video presents the basic principles of two-dimensional dam-break flood modeling using RiverFlow2D. The training provides step-by-step guidelines how to setup a complete 2D dam-break model, starting from review of elevation point data, assignment of boundary and initial conditions, and result visualization including flood animations.

Content:

• Basic principles of two-dimensional dam-break flood modeling using RiverFlow2D
• Setup a complete 2D dam-break model 
• Import elevation data
• Assign boundary and initial conditions 
• Visualize results generating stunning flood animations



To follow the video, you may download RiverFlow2D v3 LT that has most capabilities of the professional license, and is limited to 2000 elements.