Using 3D CFD simulations, we are able to realistically simulate complex physical phenomena and to work out optimizations.
3D CFD simulations are performed in order to visualize physical processes, to better understand them to improve the design of the structures and the processes. The focus is to optimize the flow conditions according to the optimal requirements so that undersizing and oversizing can be avoided and the benefit of the investment is maximized.
We consider scrapers, agitators, pumps, nozzles, air intakes, slide valves, gas supply, ventilation, suspended sediment load, material transport, particles, moving objects, fluid-solid interactions and thermodynamics in the context of single-phase and multiphase flows.
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M. Eng. Civil Eng., MBA
CEO
Head of Division 3D-CFD
E-Mail: | steffen.corbe@tkconsult.ch |
Tel.: | +41 (0) 44 288 81 87 |
Mattias Deller, 12. November 2020
As part of the renovation of a culvert on the Rötelbach in the canton of Thurgau, measures to increase capacity were checked using a 2-phase (water/air) 3D-CFD simulation
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Mattias Deller, 17 August 2020
Hydraulic evaluation and optimization of a union drop shaft
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Mattias Deller, 20. Mai 2020
Optimization of the residence time of an ozonation reactor taking into account fumigation and tracer concentration
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Ramona Nüssli, February 12, 2020
3D-CFD application to validate the temperature stratification of lake water used for industrial purposes
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Deller Mattias, June 14, 2019
Investigation of the mixing performance in a digestion tank for different gas injection configurations.
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Mattias Deller, 15. April 2019
Sludge mixing optimization in a SBR using different stirrer configurations.
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Steffen Corbe, 18. February 2019
3D-CFD-simulations for the verification and optimization of a vortex dropshaft with two-way inflow.
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Mattias Deller, 12. September 2018
The retention time in a fresh water tank has been modeled, using a thermo - hydraulic approach. It could be shown that the steel walls heated by the sun influence the circulation inside the water tank and that compared to a purely hydraulic simulation different retention times are to be expected.
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Steffen Corbe, 23. February 2017
Cooperation with the VAW, ETH Zurich, on "Aeration and two phase flow characteristics of bottom outlets"
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Steffen Corbe, 07. Februar 2017
HOLINGER SA in Luxembourg invited their customers to a customer event staged at BIODIVERSUM in the "Haff Réimech" nature reserve. Steffen Corbe spoke on 3D CFD simulation in water management (Updated slides in German)
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