Project 1: Aeromechanics - Sean Humbert - UMD
2010 Program Review Presentations
Task1.1 Fundamental bio-inspired principles of flapping flight physics - Humbert
Task 1.2 Dual-plane particle image flow diagnostics of flapping-wing unsteady aerodynamics
- Leishman
Task 1.3 DNS/LES/RANS analysis for rotary-and flapping-wing-based MAVs - Baeder
Task 1.3.1 Energy stable DNS and adjointoptimization code for MAVs - Yamleev
Task 1.4 Aeromechanics of revolutionary cyclocopterand flapping rotors - Chopra /Benedict
Task 1.5 Bio-inspired flexure-based wings and airframes - Dickinson
Task 1.6 Avian-based wing morphing for agile flight - Hubbard/Grauer
Task 1.7 Δ Flight dynamics modeling and system identification of MAVs - Humbert