| AD 01 |
Control of flow through airfoils by the use of dimples of varying shapes |
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| AD 02 |
Experimental investigation and analysis of the flow field through the blunt fin with the dimples |
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| AD 03 |
The dimpled surface of a spherical has certain aerodynamic characteristics and flow patterns. |
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| AD 04 |
The hang-glider that was designed by Angelo Darrigo was given several winglets in order to increase its turning and soaring capabilities. |
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| AD 05 |
A numerical analysis of the effectiveness of wing boundary layer management in reducing wingtip shed vortices |
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| AD 06 |
Simulation of aircraft flight using numerical flow data |
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| AD 07 |
An investigation into the enhancement of the top surfaces of airfoil sections using various flow visualisation methods |
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| AD 08 |
Research into a high-performance co-flow jet airfoil, both experimental and computational in nature |
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| AD 09 |
Modelling of aerodynamic zero-lift drag and its application in adapt |
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| AD 10 |
Using overset meshing, a CFD study was performed on the main rotor blade of a scale model helicopter. |
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| AD 11 |
Research on the effectiveness of various airfoils used to the outer parts of big rotor blades |
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| AD 12 |
An examination of the behaviour of foils and wings when the Reynolds number is low |
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| AD 13 |
A computational investigation of the flying aerodynamic system, focusing on the flap. |
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| AD 14 |
Analysis of the aeroelastic behaviour of aircraft complete with control surfaces using CFD |
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| AD 15 |
Effect that winglets have on a jet transport wing of the first generation |
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| AD 16 |
An investigation of the effects of aerodynamic drag on the deployment of multiple winglets on light aircraft |
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| AD 17 |
Comparison of the aerodynamic performance of an aeroplane wing model with and without a winglet resembling bird feathers |
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| AD 18 |
An investigation on the aircraft configuration known as blended wings and bodies. |
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| Ad 19 |
Eliminating excess air resistance with an aircraft model by using an elliptical winglet |
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| AD 20 |
An inquiry of the effects of using several winglets via experimentation |
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| AD 21 |
Analysis of the aerodynamic effects of many winglets on slow-moving aircraft |
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| AD 22 |
An investigation on the effects of contemporary spiroid winglets on the aerodynamic performance of a swept-wing model was carried out. |
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| AD 23 |
Analytical and experimental research of the aerodynamics of wingtip sails using three different types of winglets |
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| AD 24 |
Analysis of the flying characteristics of a wing having numerous winglets |
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| AD 25 |
Analysis of winglets using CFD at low subsonic flow conditions |
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| AD 26 |
The development of winglets for aeroplanes travelling at low speeds |
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