Low Reynolds number flow in and above asymmetric, triangular cavities
Brahim Chebbi, Stavros Tavoularis
Abstract
Brahim Chebbi, Stavros Tavoularis
Abstract
The flow in and above asymmetric triangular cavities, simulating the scales on the surface of butterfly wings, has been studied in a special recirculating channel, filled with glycerol or water, using flow visualization and laser-Doppler velocimetry. The separation and reattachment points as well as the shape of the recirculation region are determined for different Reynolds numbers and angles of attack.
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The flow in and above asymmetric triangular cavities, simulating the scales on the surface of butterfly wings, has been studied in a special recirculating channel, filled with glycerol or water, using flow visualization and laser-Doppler velocimetry. The separation and reattachment points as well as the shape of the recirculation region are determined for different Reynolds numbers and angles of attack.
Key concepts: Reynolds number, Physics, Flow visualization, Mechanics, Flow (mathematics), Flow separation, Open-channel flow, Particle image velocimetry