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Institute of Aerodynamics and Gas Dynamics

The Institute

With about 80 employees, the IAG does research on flow physical problems mainly associated with air vehicles and wind turbines. To this end, the institute operates various test facilities and applies numerical simulation tools. Some of which are in-house developments.

Numerical simulation of the wind turbine wake (c) IAG

Numerical simulation of the wind turbine wake

Photo: (c) IAG

Laminar Water Channel (c) IAG

Laminar Water Channel

Photo: (c) IAG

coherent structures in a wall-boundary-layer flow (c) IAG

coherent structures in a wall-boundary-layer flow

Photo: (c) IAG

Numerical simulation of the flow field around a compound helicopter (c) IAG

Numerical simulation of the flow field around a compound helicopter

Photo: (c) IAG

Delay of boundary-layer transition by active flow control (c) IAG

Delay of boundary-layer transition by active flow control

Photo: (c) IAG

Wind tunnel experiment for aerodynamics of buildings (c) IAG

Wind tunnel experiment for aerodynamics of buildings

Photo: (c) IAG

Laminar Wind Tunnel (c) IAG

Laminar Wind Tunnel

Photo: (c) IAG

Numerical simulation of wind park effects (c) IAG

Numerical simulation of wind park effects

Photo: (c) IAG

Wake studies for transport aircraft (c) IAG

Wake studies for transport aircraft

Photo: (c) IAG

Numerical simulation of the flow field around a helicopter in forward flight (c) IAG

Numerical simulation of the flow field around a helicopter in forward flight

Photo: (c) IAG

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News

Open Position for an research assistant (payed based on TV_L EG13), PhD possible.

Course materials „Procedures in case of emergency“ (in German)

Video: Umbrella testing in the Gust Wind Tunnel

Obituary on Prof. Dr.-Ing. Siegfried Wagner

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+49 711 685-63580
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+49 711 685-63433
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+49 711 685-63401
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