MAST 2012 Program Review
PRESENTATIONS NOT FOR DISTRIBUTION OUTSIDE OF MAST ALLIANCE!
Tuesday, March 27, 2012
Mobility, Control and Energetics (MCE) Thrust
| Time | Project | Topic | Investigator | Presentation |
| 0800 | Welcome and Introduction | Brett Piekarski, ARL | ||
| 0810 | Overview and Structure of Technical Program | Larry Matthies, JPL | ||
| 0820 | MCE-12 | Mobility, Control and Energetics (MCE) Thrust Introduction | Sean Humbert, UMD | |
| 0835 | MCE-12-1 | Aerial Mobility Overview | Sean Humbert, UMD | |
| 0840 | MCE-12-1.1 | Bio-Inspired Flight Dynamics and Control for Flapping Wing Micro Air Vehicles | Sean Humbert, UMD | |
| 0900 | MCE-12-1.1 | Bio-Inspired Flight Dynamics and Control for Flapping Wing Micro Air Vehicles | Michael Dickinson, UWASH | |
| 0920 | MCE-12-1.2.1 | Dual-plane particle image flow diagnostics of flapping-wing unsteady aerodynamics | David Mayo/Gordon Leishman, UMD | |
| 0940 | MCE-12-1.2 | Flow Visualization of Leading edge vortex development on flexible flapping wings in water tank | Anya Jones/Sid Kolluru, UMD | |
| 1000 | Break | |||
| 1015 | MCE-12-1.3 | DNS/LES/RANS analysis for rotary- and flapping-wing-based MAVs | Nail Yamaleev, NC A&T | |
| 1035 | MCE-11-1.3 | DNS/LES/RANS analysis for rotary- and flapping-wing-based MAVs | James Baeder, UMD & Nail Yamaleev, NCA&T | |
| 1055 | MCE-12-1.4 | Aeromechanics of revolutionary cyclocopter and flapping rotors | Inder Chopra/Moble Benedict, UMD | |
| 1115 | MCE-12-1.5 | Flight dynamics system id and control of MAST scale aerial platforms | Sean Humbert, UMD | |
| 1135 | MCE-12-1.6.1 | MBMAC: Multi-Body Microsystem Analysis Code for rotary-wing-, flapping-wing and Ground Systems | Inder Chopra/Ria Malhan, James Baeder, UMD/ Prof. Masarati, Milano, UMD | |
| 1155 | Lunch | |||
| 1235 | MCE-12-1.6.2 | MBMAC: Multi-Body Microsystem Analysis Code with 2-D Structural Elements for Flapping-Wing-Based Systems | Inder Chopra/James Baeder/Ria Malhan, UMD/ Prof. Masarati, Milano | |
| 1255 | MCE-12-1.7 | Identification of Key Parameters for Gust Sensitivity of Small Flyers | Mark Costello, GATECH | |
| 1315 | MCE-12-2 | Ambulation Sub-Thrust Overview | Bob Full, UCB | |
| 1325 | MCE-12-2.1 | Bio-inspired dynamic modeling and simulation with parameters for ground contact model | Dan Goldman, GaTech | |
| 1345 | MCE-12-2.2 | Bio-inspired principles of appendage and actuator design | Bob Full, UCB | |
| 1405 | Break | |||
| 1420 | MCE-12-2.3 | Ambulatory design of body and appendages | Bob Full, GATECH | |
| 1440 | MCE-12-2.4 | Bio-inspired crawling, running, climbing robots | Ron Fearing/Nick Kohut/Andrew Pullin, UCB | |
| 1500 | MCE-12-2.5 | Bio-Inspired Hybrid Aerial and Terrestrial Locomotion | Ron Fearing/Kevin Peterson, UCB | |
| 1520 | MCE-12-2.6 | Identification of stochastic hybrid system models | Shankar Sastry/Sam Burden/,Allen Yang/ UCB | |
| 1540 | MCE-12-2.7 | Micro Ground Vehicle Modeling and Scalability Study | Rudra Mukherjee, JPL | |
| 1600 | MCE-12-3 | Multifunctional, Actuation, Simulation & Power Sub-Thrust Overview | Inder Chopra, UMD| | |
| 1620 | MCE-12-3.1 | Smart composite-based rapid fabrication of micromechanical and micromechatronic structures | Robert Wood, Harvard | |
| 1630 | MCE-12-3.2 | Ultra-light multifunctional composite structures based on electospun fabric | Kunigal Shivakumar, NCA&T | |
| 1650 | Meeting Adjourns |