This video is for the airfoil with flexible flap. The flow generation mechanism mentioned in sections 3 and 4 of the main paper is clearly demonstrated: appropriate co-ordination between the motions of the foil and the flexible flap generates the narrow coherent jet along the center-line. The fluid is pulled-in by the airfoil and the flexible flap (largely from the lateral sides) and thrown in the downstream direction as a narrow, coherent reverse Bénard–Kármán vortex jet along the centerline. Shedding of two large counter-rotating vortices in each flapping cycle is clearly seen. Note: The rigid airfoil and a small portion of the transparent flap blackened near its free-end cast the moving shadows in the upper half of the window
A flexible flapping wing was tested using various flow interrogation techniques including particle i...
In nature, many of the flapping wings and fins in swimming and flying animals have various degrees o...
We have recently discovered a new type of self-excited flapping jets due to a flexible film whose le...
This video is for the airfoil with flexible flap. The flow generation mechanism mentioned in section...
This video is for the airfoil without flexible flap, i.e., with rigid trailing edge. The weak and wi...
This video is for the airfoil without flexible flap, i.e., with rigid trailing edge. The weak and wi...
Inspired by the flexible wings and fins of flying and swimming animals, we investigate the flow indu...
Inspired by the flexible wings and fins of flying and swimming animals, we investigate the flow indu...
Inspired by the flexible wings and fins of flying and swimming animals, we investigate the flow indu...
Thrust-generating flapping foils are known to produce jets inclined to the free stream at high Strou...
The wing-flexibility of flying birds and insects is one important reason, among the others, for high...
This paper describes follow on efforts from a previously published paper on the development of a fla...
Detailed numerical simulations are conducted to investigate aerodynamic characteristics of unsteady-...
This paper investigates aerodynamic characteristics of unsteady force generation around two- and thr...
Using a combination of force transducer measurement to quantify net lift force, high frame rate came...
A flexible flapping wing was tested using various flow interrogation techniques including particle i...
In nature, many of the flapping wings and fins in swimming and flying animals have various degrees o...
We have recently discovered a new type of self-excited flapping jets due to a flexible film whose le...
This video is for the airfoil with flexible flap. The flow generation mechanism mentioned in section...
This video is for the airfoil without flexible flap, i.e., with rigid trailing edge. The weak and wi...
This video is for the airfoil without flexible flap, i.e., with rigid trailing edge. The weak and wi...
Inspired by the flexible wings and fins of flying and swimming animals, we investigate the flow indu...
Inspired by the flexible wings and fins of flying and swimming animals, we investigate the flow indu...
Inspired by the flexible wings and fins of flying and swimming animals, we investigate the flow indu...
Thrust-generating flapping foils are known to produce jets inclined to the free stream at high Strou...
The wing-flexibility of flying birds and insects is one important reason, among the others, for high...
This paper describes follow on efforts from a previously published paper on the development of a fla...
Detailed numerical simulations are conducted to investigate aerodynamic characteristics of unsteady-...
This paper investigates aerodynamic characteristics of unsteady force generation around two- and thr...
Using a combination of force transducer measurement to quantify net lift force, high frame rate came...
A flexible flapping wing was tested using various flow interrogation techniques including particle i...
In nature, many of the flapping wings and fins in swimming and flying animals have various degrees o...
We have recently discovered a new type of self-excited flapping jets due to a flexible film whose le...