Adaptive wing and fuselage structure for UAVs
In recent years, inflated structure is being widely applied for adaptive UAVs due to its exceptional characteristics, including weight-saving, survivability after collision and easily configured. These wonderful characteristics enable the UAVs to be contractible/deployable, warping and morphing wing...
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sg-ntu-dr.10356-540902023-03-04T19:30:41Z Adaptive wing and fuselage structure for UAVs Truong, Ngoc Quoc Thang. K Radhakrishnan School of Mechanical and Aerospace Engineering Seung Ki Moon DRNTU::Engineering In recent years, inflated structure is being widely applied for adaptive UAVs due to its exceptional characteristics, including weight-saving, survivability after collision and easily configured. These wonderful characteristics enable the UAVs to be contractible/deployable, warping and morphing wing. However, there are still serious short-comings with these inflated wings, including the ultra-high compressed-air pressure, difficulty in wing-profile shaping and unreliable. Hence this project proposes a new design that uses Planar Kagome lattice to reinforce the core air-beam. Bachelor of Engineering (Aerospace Engineering) 2013-06-13T07:42:51Z 2013-06-13T07:42:51Z 2013 2013 Final Year Project (FYP) http://hdl.handle.net/10356/54090 en Nanyang Technological University 67 p. application/pdf |
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DRNTU::Engineering Truong, Ngoc Quoc Thang. Adaptive wing and fuselage structure for UAVs |
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In recent years, inflated structure is being widely applied for adaptive UAVs due to its exceptional characteristics, including weight-saving, survivability after collision and easily configured. These wonderful characteristics enable the UAVs to be contractible/deployable, warping and morphing wing. However, there are still serious short-comings with these inflated wings, including the ultra-high compressed-air pressure, difficulty in wing-profile shaping and unreliable. Hence this project proposes a new design that uses Planar Kagome lattice to reinforce the core air-beam. |
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K Radhakrishnan |
author_facet |
K Radhakrishnan Truong, Ngoc Quoc Thang. |
format |
Final Year Project |
author |
Truong, Ngoc Quoc Thang. |
author_sort |
Truong, Ngoc Quoc Thang. |
title |
Adaptive wing and fuselage structure for UAVs |
title_short |
Adaptive wing and fuselage structure for UAVs |
title_full |
Adaptive wing and fuselage structure for UAVs |
title_fullStr |
Adaptive wing and fuselage structure for UAVs |
title_full_unstemmed |
Adaptive wing and fuselage structure for UAVs |
title_sort |
adaptive wing and fuselage structure for uavs |
publishDate |
2013 |
url |
http://hdl.handle.net/10356/54090 |
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1759857899001085952 |