The M3Lab in partnership with Earthly Dynamics has won an STTR for continuing work on robotic landing gear for VTOL and Urban Air Mobility Vehicles.
Our review paper on chemo-mechanical modeling of solid-state-batteries (SSBs) has been accepted and published in Meccanica. Check out the paper here!
Ben Leon successfully defended his PhD dissertation. Congrats Dr. Leon!
Our paper on the design of cable-driven four-bar link robotic landing gear systems for rotorcraft has been published in the Journal of Aircraft. Check out the paper here!
In Collaboration with the Greer group at Caltech, we have published a paper in Nature titled “Electrochemically Reconfigurable Architected Materials”!
This paper investigates the use of electrochemically active materials to develop reconfigurable nano-architected lattices.
Georgia Tech Press Release:
Caltech Press Release:
The M3Lab in collaboration with the Kacher Lab has recieved a new grant titled “Experimentally Validated Numerical Framework for Understanding and Predicting Microstructural Effects on Environment-Induced Cracking of Al-Mg Alloys”.
The grant is funded by the Center For Aircraft Structural Life Extension (CAStLE) from the US Air Force Academy.
Benjamin Leon, and Prof. J. Rimoli, and Prof. C.V. Di Leo have published “Elastomer Encapsulated Pressure Sensor with Engineered Air Cavity for Force Sensing” in IEEE Sensors.
Graduate student Benjamin Leon is the 2019 Lichten Award Winner for the paper “Ground and Flight Tests of a Cable-Driven Four-Bar Linkage Robotic Landing Gear for Rotorcraft”. The paper is authored by Leon, Rimoli and Di Leo.
Benjamin León of @GeorgiaTech @GTaerospace was selected as the overall @VTOLsociety Lichten Winner in this international competition for his paper, “Ground and Flight Tests of a Cable-Driven Four-Bar Linkage Robotic Landing Gear for Rotorcraft." Congrats! https://t.co/7TRqVX6tkk
— HeloNews by The Vertical Flight Society (@HeloNews) April 4, 2019
Prof. Di Leo and Prof. Rimoli have published “New perspectives on the grain-size dependent yield strength of polycrystalline metals” in Scripta Mat.