3D hydraulic modelling essentials

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1D and 2D hydraulic models ignore vertical effects with depth-averaging. This interactive webinar covers the inherent assumptions in 3D models along with best practices, data needs, hardware, and software options for assessing hydraulic structures.

This free webinar is an introduction to the upcoming live course on using the free and open source software, OpenFOAM. In this course, our expert presenters will provide you with the necessary tools, allowing you to step through the process of developing a basic 3D model of a hydraulic structure in real time.

Ray Shi

The University of Queensland

Ray Shi holds an adjunct lecturer position at the University of Queensland, where he obtained his bachelor's degree in civil engineering and his Ph.D. in hydraulic and coastal engineering. He is curre... Read more

Colin Terry

Entura

Colin is a civil engineer with a water focus working at Entura, which is a specialist consultancy related to water and renewable energy. As Senior Principal - Water (Hydrology/Hydraulics), he has over... Read more

Panel Members

Kyle Thomson

Forward Hydro

Kyle Thomson is a Technical Director at Forward Hydro with extensive experience in hydraulic, hydrologic and civil engineering. Kyle has been involved in a broad variety of projects providing technic... Read more

Krey Price

International Water Training Institute

Educated at the University of California at Berkeley, Krey is a civil engineer and project manager with international experience in water resources. He is engaged in computational modelling, engineeri... Read more

Additional Resources:

Low flow fly through

Article authored by Colin Terry

What is the best way to model complex water structures?

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