Seminar on Computational Fluid Dynamics in Hydraulic Engineering

A one day seminar on CFD in hydraulic engineering will be held on Monday 25th September 2000 at our department in Trondheim. The seminar will be free and open to everyone. Invited talks are given below. The presentations will be about 20 minutes, with 10-20 minutes afterwards for discussion. The seminar will start at 9 am.

Travel to Trondheim and accomodation

Weather forecast for Trondheim


CFD modelling of compound meandering channels

Dr. Catherine Wilson
University of Bristol

Results from modelling compound meandering channels are given, computed with SSIIM and Telemac. Velocity pattern and water levels are compared with measurements. Studies of dispersion of a tracer in the channel are also presented.

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CFD modelling of rivers with vegetation

Thorsten Stösser
University of Bristol/University of Karlsruhe

Methods for including vegetation effects in a CFD program are presented. The methods are tested against data from laboratory flumes. Results from computations in the river Rhine is also presented.

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CFD in fish habitat and bioenergetic modelling

Dr. Knut Alfredsen
SINTEF, Trondheim, Norway

The use of CFD in fish habitat studies is described. This includes a presentation of state of the art in bioenergetic modelling.

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CFD modelling of supercritical flow in spillways

Dr. Susanne Krüger
The Swiss Federal Institute of Technology, Zürich

Supercritical flow in complex geometries form wave pattern. Results from 2D, 2 1/2D and 3D CFD models in computing these cases are presented together with experimental data.


CFD modelling in fluvial geomorphology

Dr. Nils Reidar B. Olsen
The Norwegian University of Science and Technology

Algorithms for sediment transport and bed changes are described. This includes sediment boundary conditions for the bed, suspended and bed load, bed forms and roughness. Algorithms for adaptive moveable grids are also described.

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Nils Reidar B. Olsen

* NTNU
* Faculty of Civil and Env. Engineering
* Dept. of Hydraulic and Env. Engineering
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Updated: 22. September 2000
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