NASA PAV
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GenLink 117
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NASA PAV genLink
- Next Gen
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Next Generation NASA GA Advanced Concept
Andrew S. Hahn
NASA Langley Research Center
- July 28, 2005
NASA Announces Aeronautical Centennial Challenge
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Personal Air Vehicle Exploration |
Mark D. Moore |
2002 |
A super slide show of NASA
Langley's PAV vision and the many technologies that it envisions,
with particular emphasis on flying cars, new engines and other key
enabling innovations. |
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Regional and Intra-Urban On-demand Transportation System |
Mark D. Moore |
2003 |
The definitive document on
the PAV vision by one of NASA's PAV Founding Fathers. This 20 page
jewel presents compelling evidence for the role of PAVs in our
nation's transportation system. Enumerates many of the enabling
technologies and how automotive volume production will lower vehicle
cost. |
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NASA Personal Air Transportation Technologies |
Mark D. Moore |
2006 |
Mark Moore's
well-illustrated 14 page paper on the technologies
that will make PAVs attractive and useful. Ties
closely with the NASA PAV Challenge prize categories
and their enabling technologies. |
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- Puffin (future e-pav)
http://www.theregister.co.uk/2010/01/21/puffin_vtol_pod/print.html
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Design and Development of Multi-rotorcraft-based
Unmanned Prototypes of Personal Aerial Vehicle
- References
A. S. Hahn, “Next Generation NASA GA Advanced Concept”, NASA Langley
Research Center Report. 2006.
Scott G. Anders, Scott C. Asbury, Kenneth S. Brentner, Dennis M.
Bushnell, Christopher
E. Glass, William T. Hodges, Shelby J. Morris, Jr., and Michael A.
Scott, “The Personal
Aircraft--Status and Issues”, NASA Technical Memorandum 109174. December
1994.
M. D. Moore, “Personal Air Vehicles: A Rural/ Regional and Intra-Urban On-
Demand Transportation System”, AIAA Paper 2003, 2003.
M. Seidel, C.H. Loch and S. Chalil, “Quo Vadis, Automotive Industry? A
Vision of Possible
Industry Transformations”, European Management Journal Vol. 23, No. 4,
pp. 439–449, 2005.
D.N. Marvis and D. DeLaurentis, “Personal Air Vehicle Exploration Tool
and
Modeling”, NAS3-00179/70884-D, 2002.
M. D. Moore, “NASA Personal Air Transportation
Technologies”, NASA Langley
Research Center Report
Rhino Corps Ltd. Co,” NASA PAV Simulation Effort”, Presented to NASA
LARC, 2005.
L. L. Kohout and P.C. Schmitz, “Fuel Cell Propulsion Systems for an
All-Electric
Personal Air Vehicle”, NASA/TM–2003-212354, AIAA–2003–2867,2003
M. Kartidjo, S. A. Nugroho, and R.Parama, “Design and Testing Guide
Vanes of Single Rotor
Ducted Fan”, International Symposium on Intelligent Unmanned Systems
(ISIUS2009), Jeju Island, June 2009.
1A. Budiyono, “Design and Development of Autonomous Uninhabited Air
Vehicles
at ITB: Challenges and Progress Status”, Paper presented at the
Aerospace Indonesia
Meeting, Bandung, Indonesia 27 July 2005.
Muljowidodo, A. Budiyono, and Kurniantoro, “Development of VTOL-UAV”,
International Conference on Production and Manufacturing, Kuala Lumpur,
Malaysia, March 2006.
Muljowidodo and A. Budiyono, “Design and Development of Micro Aerial
Vehicle
at ITB,” International Conference on Technology Fusion, Seoul, Korea,
17-19 May 2006.
13. A. Budiyono, W. Adiprawita, and Muljowidodo, “MEMS-based Inertial
Measurement Unit for Unmanned Aerial Vehicle Applications,” 5th
International Symposium
of Nano Manufacturing, ISNM5, Singapore, January 23-25, 2008.
T. Sudiyanto, A. Budiyono, and H.Y. Sutarto, “Hardware In-the-Loop
Simulation
for Control System Designs of Model Helicopter,” Paper presented at the
Aerospace
Indonesia Meeting, Bandung, Indonesia 27 July 2005.
Idris E. Putro, A.Budiyono, K.J.Yoon and D.H. Kim, “Modeling of Unmanned
Small
Scale Rotorcraft based on Neural Network Identification,” IEEE
International Conference
on Robotics and Biomimetics, Bangkok, Thailand, February 22-24, 2009.
16. A. Budiyono, T. Sudiyanto, and H. Lesmana, “Global Linear Modeling
of Small
Scale Helicopter,” In Intelligent Unmanned Systems: Theory and
Applications. Studies in
Computational Intelligence (SCI) series, Springer-Verlag, April, 2009.
17. Agus Budiyono, Kwang Joon Yoon, Finley D. Daniel, “Integrated
identification
modeling of rotorcraft-based unmanned aerial vehicle,” med, pp. 898-903,
2009 17th
Mediterranean Conference on Control and Automation, 2009.
1A. Budiyono, “Onboard Multivariable Controller Design for a Small Scale
Helicopter Using Coefficient Diagram Method,” International Conference
on Emerging
System Technology, Seoul, Korea 19-20 May 2005.
A. Budiyono, and S.S. Wibowo, “Optimal Tracking Controller Design for A
Small
Scale Helicopter,” J Bionic Eng., 2007, 04 (04), 271-280.
A. Budiyono, and T. Sudiyanto, “Control of Small Scale Helicopter using
s-CDM
and LQ Design,” In Intelligent Unmanned Systems: Theory and
Applications. Studies in
Computational Intelligence (SCI) series, Springer-Verlag, April, 2009.
- How might tethered aviation move people through the
air?
- One big way is to have AWECS supply the electricity for e-PAVs.
- Another is the free-flight methods
- Gust mining
- Dynamic soaring
- Bi-kite free-tether dynamic soaring
- Cable nets. Sail on the cables.
- Kite-up launching followed by long glides partially sustained by PV
and energy from AWECS at ground stations.
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