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Webinar: MIKE 21 C – Introduction to sediment transport modelling for lakes, rivers and reservoirs
MIKE 21C is one of the best-established tools for simulating the development of the riverbed and channel plan form. Simulated processes include helical flow, sediment transport with inclusion of helical flow and bed slope for the bed-load and helical flow and adaptation for the suspended load via an advection-dispersion equation, as well as morphological updating including substrate.

During this free 45 minute webinar including a Q&A session, you will learn the theoretical and practical aspects of cohesive and non-cohesive sediment transport modelling in rivers and reservoirs. MIKE 21 Curvilinear (MIKE 21C) consists of a curvilinear hydrodynamics module (CHD) and a sediment transport model (CST). A curvilinear grid generator is also available for preparation of the curvilinear grids for the simulations.

In summary:
• You will learn the theory, practical aspects and calibration of cohesive and non-cohesive sediment transport modelling
• Discuss topics such as grid generation, hydrodynamics, helical flow, morphological calculations, alluvial resistance and bed forms
• Q&A sessions with the Expert!

This webinar will take place on Thursday August 20th, 2020 at 17:00 UTC (1:00pmEST)

Register now! There are only seats available for the first 100 attendees.

We look forward to your participation!

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Aug 20, 2020 05:00 PM in Universal Time UTC

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Speakers

DR. IAN DUBINSKI
Senior Fluvial Geomorphologist @DHI
Dr Dubinski is a Senior Fluvial Geomorphologist and experienced modeler in fluvial systems, watershed applications, and sediment transport at DHI’s Denver office. He has project experience in hydrodynamic modeling, assessing historic changes in landscapes by rivers, dam breach flood analysis including non-Newtonian rheology, mining and tailings management, and is a seasoned GIS user and analyst. PhD, Earth Sciences, Colorado State University; MSc, Geosciences, Colorado State University; BSc, Geology, College of William and Mary