The Wind Tunnel Facilities of the Chair

In addition to aerodynamics of aircraft, building and environmental aerodynamics are a major focus, as are flow problems on road and rail vehicles and in the field of competitive sports. Besides institutional research and teaching, applied research with industrial partners is a strong field of activity. To cope with the manifold tasks, adapted special measurement technology and investigation methods are available.

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Topics at a Glance

Wind Tunnel Facilities

The Chair operates a wide range of experimental facilities. These range from smaller calibration facilities to a large low-speed wind tunnel.

Visualisierung von Störungen in einer laminaren Plattengrenzschicht mit Nebelteppich Laserlichtschnitt

Metrology

For the acquisition of all relevant measurement quantities of aerodynamics, such as pressures, velocities, temperatures as well as forces and moments, the Chair has a variety of possible measurement techniques at its disposal.

Research

The wind tunnel facilities of the Chair of Flight Mechanics and Control are successfully used in various national and international research projects.

Aerodynamische Widerstandsmessung am"lebenden Objekt" für Skeleton-Anzüge

Fascination Wind Tunnel

Aerodynamic test facilities such as wind tunnels exert a magical attraction on engineers; a technical interest is in principle innate. It is more difficult to explain and communicate this fascination to "ordinary people". This compilation of facts and scientific achievements is intended to provide an insight into the history, the present and the future of the research group.

The driving force for the design and construction of the wind tunnels at the TU Dresden was research in the field of aviation. After the discontinuation of the aviation industry in the GDR, a reorientation to the fields of building, environmental and vehicle aerodynamics as well as sports equipment inevitably followed. Looking at the range of work accomplished, a high level of expertise and enormous commitment on the part of the staff is evident. The sustained interest of industry documents the confidence in our current and future research work for these subject areas.

The establishment of the Institute of Aerospace Engineering and the associated student numbers have revitalized research in this area with a large number of projects.
The use of a co-moving belt to simulate take-off and landing phases places the wind tunnel, after 45 years, in a top position among university facilities with a unique facility and corresponding modern measurement technology.

With these favorable conditions, we can optimistically look forward to further research and teaching at the wind tunnel in Dresden.

Dr.-Ing. Veit Hildebrand