Overview of aniprop.de
- Buying the Small Windtunnel ANIPROP KWK3
- Vita and selected papers of W. Send. English description of former and current activities.
- The test stand ANIPROP RL3, for the first time, is described in a paper Thrust Measurement for Flapping-Flight Components for the ICAS 2010 Congress (International Council of the Aeronautical Sciences): www.icas.org/ICAS_ARCHIVE/ICAS2010/PAPERS/446.PDF The PDF version of the oral presentation (5 MBytes) also is available.
- Experimental courses in English: One week course Physics of Flying. The course may be reduced to a minimum of two days or extended to a two-weeks programme. The number of participants is limited to a maximum of 16 students (four groups with four students in each group). Suggested are 12 students, where three students work at four different experiments at the same time. The details are subject to the customers' requirements. The experimental equipment is provided by the lecturer.
- Lessons for young students: We make wind! The experimental equipment is provided by the lecturer. Prices for lectures currently are listed on the German pages only.
After J. Send joined the company mid-2013, she widened ANIPROP GbR's scope of business, producing a remarkable piece of art: the replica of the machine for generating static electricity which was used in Göttingen by Georg Christoph Lichtenberg (1742 - 1799), notable for his lectures on experimental physics. The original machine is kept at the Physicalisches Cabinet, which is maintained by the Physics Department of the University of Göttingen.
Our most recent project DualWingGenerator was displayed at the Festo AG during the 2014 industry fair "Hannovermesse".
Working together with the development engineers of the Festo AG, we introduced - within the frame of Festo's Bionic Learning Network - a further development of the stroke-wing engine. Flapping wings extract energy from an air current. The fluid mechanical properties of such airfoils differ significantly from those of conventional wind rotors. High energy gain at high efficiency is found in particular for lower wind velocities.
Our most spectacular project SmartBird
In 2009 the SmartBird project was launched which was initiated and got full financial support by the Festo Company's Bionic Learning Network.
The project was intended to have a closer look at the efficiency of
animal flight. An artificial hinged-wing bird with active torsion and
partially linear kinematics was developed. Besides the
scientific expertise ANIPROP GbR contributed special tools in the course of
the project for indepth research on the bird's components. The outcome was presented on the occasion of the international industry fair
"Hannovermesse" 2011, April 4-8. More about the project may be found on
Festo's SmartBird page. The project is documented in a short film "The Making of ...". A scientific publication was presented at the ICAS Congress 2012 in Brisbane (International Congress of the Aeronautical Sciences). An article in "SCIENCE 23 March 2012 written by Dana Mackenzie gives some insight into the background of the SmartBird project .
- Designing and making experimental equipment for research and education in the fields of fluid mechanics and the physics of flying.
- Gaining hydraulic power from the kinetic energy in fluids, the stroke-wing engine.
- Preparing results in aeronautical sciences and biophysics of animal flight for educational purposes.
- Thematic consulting for museums and exhibitions.
Wolfgang Send was among the prize winners of the Berblinger Competition 2006 awarded
for the feasibility study of a two-seated airplane Berblinger 2 which is powered by flapping wings.
The intentions of our pages
- reports current matters and new developments in our business,
- recommends scientific and didactic publications (basically on German web sites),
- wants to be regarded as a source of information covering our field of "moving wings".