Rotorcraft Aeromechanics |
1 |
Fundamental Understanding and Prediction of Vibration Mechanisms in Steady Level (Army NRTC, NASA-Ames
[Anubhav Datta] |
2 |
Detailed Performance, Wakes, Pressure and Loads for High Speed Single and Coaxial Rotors (NASA NRA)
[Peter Copp] |
3 |
Aerodynamic and Dynamics of High Speed Coaxial Rotor Systems (Navy) |
4 |
Development of Mach Scale Swashplateless Rotor with Integrated Flaps for Primary Control
[Jayant Sirohi, Keith Allen, Peter Copp] |
5 |
Swashplateless Rotor with Integrated Tab-Actuated Flap (Falls) |
Micro Air Vehicle Systems [MURI: ARO 2004-09] |
6 |
Micro Air Vehicle Systems |
7 |
Single Rotor Performance
[Ben Hein] |
8 |
Single Rotor System with Turning Vanes
[Jayant Sirohi, Marat Tishckenko, Vikram Harishkeshavan] |
9 |
MAV: Shrouded Rotor Concept
[Jason Pereira] |
10 |
Cycloidal Rotor System
[Moble Benedict, Eric Parson, Jayant Sirohi] |
11 |
Flapping Rotor System
[Brandon Fitchett] |
12 |
Flapping-Wing-Based MAV:Insect-Based Mechanicm
[Beerinder Singh, Mat Tarascio] |
13 |
Flapping-Wing-Based MAV:Avian-Based Mechanism
[Beverly Beasley] |
14 |
Micro Air Vehicle Autonomous Hover Control |
