Year 1 Micromechanics Review Meeting Presentations
Monday - June 08, 2009
University of Maryland, Samuel Riggs Alumni Center
Time | Topic | Investigator | Presentation |
7:30-8:00 | Registration | ||
8:00–8:30 | Mechanics Center Introduction | Chopra | ppt |
8:30–10:00 | Task-1: Aeromechanics | Humbert | ppt |
Fundamental Bio-inspired Principles of Flapping Flight Physics | Humbert/Dickinson | ppt | |
Dual-plane Particle Image Flow Diagnostics of Flapping-wing Unsteady Aerodynamics | Leishman | ppt | |
DNS/LES/RANS Analysis for Rotary- and Flapping-wing-based MAVs | Baeder/Yamleev | ppt | pdf | |
10:00-10:15 | Break | ||
10:15-12:15 | Flight Dynamics Simulation Modeling of MAVs | Celi | ppt |
Aeromechanics of Revolutionary Cyclocopter and Flapping Rotors | Chopra/Benedict | ppt | |
Bio-inspired Flexture-based Wings and Airframes | Dickinson/Humbert | ppt | |
Avian-based Wing Morphing for Agile Flight | Hubbard | ppt Δ | pdf | |
12:15–1:15 | Lunch | ||
1:15–3:15 | Task-2: Ambulation | Full | ppt Δ |
Bio-inspired Dynamic Modeling and Simulation with Parameters for Ground Contact Model | Full/Goldman | ppt |pdf | |
Bio-inspired Principles of Appendage and Actuator Design | Full/Fearing/Wood | ppt Δ | pdf | |
Ambulatory Design of Body and Appendages | Full/Fearing | ppt Δ | pdf | |
Bio-inspired Crawling, Running, Climbing Robots | Fearing/Full/Wood | ppt Δ | pdf | |
3:15–3:30 | Break | ||
3:30–5:00 | Task-3: Hybrid Aeromechanics/Ambulation | Fearing | ppt |
Thrust Augmented Entomopter: A Revolutionary Hover-capable High-speed MAV | Chopra/Wereley | ppt | |
Bio-inspired Hybrid Aerial and Terrestrial Locomotion | Fearing/Full/Wood/Humbert | ppt | pdf Δ | |
MBMAC: Multi-body Microsystem Analysis Code for Rotary, Flap and Ground | Goldman/Chopra | ppt | |
MBMAC: Multi-body Microsystem Analysis Code for Rotary, Flap and Ground | Masarati | ||
5:00 | Demonstrations & Reception (Kim Engineering Building Rotunda) |
Tuesday - June 9, 2009
University of Maryland, Kim Engineering Building
Time | Topic | Investigator | Presentation |
8:30–9:00 | Breakfast | ||
9:00–11:30 | Task-4: Multifunctional, Actuation and Propulsion | Wood | ppt Δ |
High performance Microactuators | Smela/Fearing/Wood | ppt | pdf Δ | |
Smart composite-based rapid fabrication of micromechanical and micromechatronic structures | Wood/Fearing | ppt Δ | pdf Δ | |
Ultra-light multifunctional composite structures based on electrospun fabric | Shivakumar/Lingaiah | ppt | |
Chemical energy conversion system | Cadou/Jackson | ppt | |
Distributed propulsion system for power efficiency | Fearing/Full/Wood | ppt | |
11:30–12:00 | ARL and Government Meeting | ||
12:00–1:00 | Lunch | ||
1:00–1:30 | TMG Meeting and Hot Wash |
Presenters, please upload your documents by clicking the appropriate link. If you would like to update the previously uploaded file, click here and find it among existing files. If your document exceeds 20 Megabytes in size, please contact Alex Kushleyev akushley (at) seas . upenn . edu, as you will not be able to post your presentation, due to server's limitation (it will have to be copied to the site internally)
If the page asks you for the same password several times or you are having problems uploading, please see this help section.
![](https://alliance.seas.upenn.edu/~mastwiki/wiki/index.php?n=Main.Year1ReviewMicromechanicsPresentations?action=download&upname=bottom.jpg)