Aerodynamics IV
ORAL · L24 ·
Presentations
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On The Flow Physics of Dynamic Stall Inception
ORAL
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Authors
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Dustin Coleman
- University of Notre Dame
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Flint Thomas
- University of Notre Dame
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Kyle Heintz
- University of Notre Dame
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Michael Wicks
- University of Notre Dame
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Thomas Corke
- University of Notre Dame
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Reduced-order vortex modeling of unsteady non-linear aerodynamics
ORAL
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Authors
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Jeff D. Eldredge
- Mechanical and Aerospace Engineering, University of California, Los Angeles
- University of California, Los Angeles
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Darwin Darakananda
- Mechanical and Aerospace Engineering, University of California, Los Angeles
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Maziar Hemati
- Mechanical and Aerospace Engineering, Princeton University
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Physical model of kitesurfing
ORAL
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Authors
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Pawel Zimoch
- Massachusetts Institute of Technology
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Adam Paxson
- Massachusetts Institute of Technology
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Edward Obropta
- Massachusetts Institute of Technology
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Tom Peleg
- Massachusetts Institute of Technology
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Sam Parker
- Massachusetts Institute of Technology
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A.E. Hosoi
- Massachusetts Institute of Technology
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Compressible flow in fluidic oscillators
ORAL
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Authors
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Emilio Graff
- Caltech
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Damian Hirsch
- Caltech
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Mory Gharib
- Caltech
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Lift generation on a flat plate with unsteady motions
ORAL
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Authors
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Xi Xia
- University of Florida
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Kamran Mohseni
- University of Florida
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Flow Visualization around a Simplified Two-Wheel Landing Gear
ORAL
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Authors
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Alis Ekmekci
- University of Toronto
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Graham Feltham
- University of Toronto
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Tip vortex characteristics of rotor in hover
ORAL
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Authors
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Swathi M. Mula
- The University of Texas at Austin
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Christopher G. Cameron
- The University of Texas at Austin
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Charles E. Tinney
- The University of Texas at Austin
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Jayant Sirohi
- The University of Texas at Austin
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Perching Dynamics and Development of a Simple Model
ORAL
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Authors
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Michael Puopolo
- Oklahoma State University
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Jamey Jacob
- Oklahoma State University
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Ryan Reynolds
- Sandia National Laboratory
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Development of a MEMS shear stress sensor for use in wind tunnel applications
ORAL
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Authors
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Casey Barnard
- University of Florida
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Jessica Meloy
- University of Florida
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Mark Sheplak
- University of Florida
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Flow structure on a rotating wing undergoing deceleration to rest
ORAL
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Authors
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Daniel Tudball Smith
- Monash University
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Donald Rockwell
- Lehigh University
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John Sheridan
- Monash University
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Flow Structure on a Wing Due to Unsteady Pitch-Up and Rotation Maneuvers
ORAL
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Authors
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Matthew Bross
- Lehigh University
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Turgut Yilmaz
- Lehigh University
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Donald Rockwell
- Lehigh University
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The Speed Mach 20 is Quite Impossible in Atmosphere! How to Calculate the Speed Limit When Accelerating an Object in Atmosphere
ORAL
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Authors
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Mwizerwa Pierre Celestin
- None
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