150 likes | 296 Views
Computational Bat Flight Visualization. Victor Mateevitsi. First attempt. Flight in the 20 th century. Genesis. Aeronautical engineering used animal flight Unmanned Aerial Vehicles (UAV) Uninhabited Micro Aerial Vehicles. Uninhabited Micro Aerial Vehicles. Low cost Small size
E N D
Computational Bat Flight Visualization Victor Mateevitsi
Genesis • Aeronautical engineering used animal flight • Unmanned Aerial Vehicles (UAV) • Uninhabited Micro Aerial Vehicles
Uninhabited Micro Aerial Vehicles • Low cost • Small size • Wingspan < 15cm, weight < 500g • Flight behavior changes • Aerodynamics more common to small birds and insects
Computational Simulation • Simulating flapping wing flight • Computational models of the fluid, structures and full morphing body dynamics
Bat Flight • Extremely maneuverable animals • Efficient and effective flapping vehicles • Morphing membrane instead of feathered wings
Bat Flight Motion Capture • Breuer Lab and Swartz Lab (Brown University) • High speed stereo digital video capture in wind tunnels and flight cages • Body motion tracking using markers • Fluid measurements using smoke
Videos • http://breuerlab.engin.brown.edu/research/batflight.html
The power of visualization • Without a visualization the simulation would be only numbers • People understand better the results by actually looking at the flight simulation • They can visually compare the actual bat flight with the simulated one
References • http://www.39thflighteagle.org/About/Legend.htm • http://artfiles.art.com/5/p/LRG/14/1459/T5DQ000Z/leonardo-da-vinci-flying-machine.jpg • http://www.mit.edu/~djwillis/FlappingFlight/BatFlight.html • http://www.aaas.org/news/releases/2007/images/0927science_viz_bat_lg.jpg