Structural Dynamics and Controls, Including Emerging Intelligent Structures Harnessing Functional Materials, Reconfigurable Origami & Metamaterials, and Embodied Mechano-Intelligence via Wave-Based Computing and Physical Reservoir Computing, for Engineering Functions Such as Vibration & Noise Controls, Wave Manipulation & Steering, Energy Harvesting, and Structural Health Monitoring
1 faculty research Structural Dynamics and Controls, Including Emerging Intelligent Structures Harnessing Functional Materials, Reconfigurable Origami & Metamaterials, and Embodied Mechano-Intelligence via Wave-Based Computing and Physical Reservoir Computing, for Engineering Functions Such as Vibration & Noise Controls, Wave Manipulation & Steering, Energy Harvesting, and Structural Health Monitoring on GradNova.
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Professor, Mechanical Engineering A. Galip Ulsoy Distinguished University Professor of Engineering Stephen P. Timoshenko Collegiate Professor of Mechanical Engineering
Structural Dynamics and Controls, Including Emerging Intelligent Structures Harnessing Functional Materials, Reconfigurable Origami & Metamaterials, and Embodied Mechano-Intelligence via Wave-Based Computing and Physical Reservoir Computing, for Engineering Functions Such as Vibration & Noise Controls, Wave Manipulation & Steering, Energy Harvesting, and Structural Health Monitoring
Structural Health Monitoring Techniques
Vibration Control and Rheological Fluids
Aeroelasticity and Vibration Control
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