Design, Optimization, and Dynamics of New Generations of Engineered Materials (metamaterials) That Allow Improved Control Over the Propagation of Acoustic, Elastic and Electromagnetic Waves With Applications in Biomedical Engineering, Telecommunications, Aero- and Underwater Acoustics
1 faculty research Design, Optimization, and Dynamics of New Generations of Engineered Materials (metamaterials) That Allow Improved Control Over the Propagation of Acoustic, Elastic and Electromagnetic Waves With Applications in Biomedical Engineering, Telecommunications, Aero- and Underwater Acoustics on GradNova.
B
Associate Professor, Mechanical Engineering
Design, Optimization, and Dynamics of New Generations of Engineered Materials (metamaterials) That Allow Improved Control Over the Propagation of Acoustic, Elastic and Electromagnetic Waves With Applications in Biomedical Engineering, Telecommunications, Aero- and Underwater Acoustics
Mechatronics
Noise Control
Smart Materials
+5