News
Richard S. Lee Research Excellence Award
Department of Mechcanical Engineering
Fan Liu's PhD Thesis "Designing Metamaterials with Novel Mechanical Properties: From Bio-inspiration to Machine Learning" wins the 2023 Richard S. Lee Research Excellence Award from the Department of Mechcanical Engineering at Stony Brook University. Congratulations, Fan!
Poster Award
Society of Engineering Science (SES)
Fan Liu's poster "Machine learning based point load detection technique: enable a normal surface to feel a touch" wins the 2021 SES Frontiers Matter Poster Award. Congratulations, Fan!
NSF Award
The Civil, Mechanical and Manufacturing Innovation (CMMI) Division
The research on mechanical behavior of nanofiber network mats is supported by National Science Foundation (NSF).
DOT Support
University Transportation Research Center (UTRC)
The research on seismic metamaterials is supported by US DOT’s University Transportation Research Center (UTRC) Region 2.
NSF Award
The Civil, Mechanical and Manufacturing Innovation (CMMI) Division
The research on metamaterials topology optimization is supported by National Science Foundation (NSF).
Long Island Science and Engineering Fair
Nicolas Casazzone’s project on Optimizing Yield Strength and Damage Tolerance of 3D-Printed Structural Components through Multiple Post-Processing Techniques for Application in Aeronautical and Civil Engineering wins LISEF 2015 Grand Honorable Award. Congratulations, Nick!
MIT Homepage Spotlight
The research on "phase-changing material could allow even low-cost robots to switch between hard and soft states" is featured on the MIT's Homepage Spotlight.
NSF Award
The Civil, Mechanical and Manufacturing Innovation (CMMI) Division
The research on polymer periodic interpenetrating phase composites is supported by National Science Foundation (NSF).
MIT Homepage Spotlight
The research on "new method of forming composites allows fine-tuning of mechanical, electrical, thermal and other properties" is featured on the MIT's Homepage Spotlight.
Nature News
Carbon Nanotubes: From Stress to Strength
Prestressed multiwalled carbon nanotubes have enhanced mechanical properties that are ideal for building space elevators.