Additive Manufacturing
Embedded Sensors
Soft Actuators
Inflatable and Origami Structure
Space Debris Removal
2PP Printed Butterfly Wing Scales
CAD model of butterfly wing scale microstructure
Optical and SEM images of printed batterfly wing microstructures
Equilibrium contact angle measurements for water droplets
2PP Printed Eggbeater Microstructure
Microstructure spacing turning
Voltage vs. compressive strain
Demonstration of droplet transportation
Demonstration of wetting state transition
Demonstration of droplet gripping
Natural eggbeater microstructure
SEM image of printed eggbeater structures
Numerical modeling
AM Cryogenic Tank with Embedded Continuous Fiber Optic Sensors
Additively manufactured prototype tank
Tank cross-section with channels for embedding sensors
Unimorph DEA bending
Knitted Inflatable Habitats
Knitted Inflatable Subscale Model
Damage tolerance burst testing
Project Vulcan
Current hinges often utilize multi-part designs which require lubrication and introduce many failure points, while also being bulky and limiting full range of motion. By swapping out metal or plastic hinge assemblies for composite single-part structures, Project Vulcan increases range of motion, operating loads and environments, while decreasing mass and failure points for articulating structures.
Researcher(s): Jackson Schuler, Josh Shuster
Origami panels in the folded and unfolded orientation