Development of Tethered Systems for Harnessing Wind and Marine Hydrokinetic Energy
1 faculty research Development of Tethered Systems for Harnessing Wind and Marine Hydrokinetic Energy on GradNova.
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Associate Professor, Mechanical Engineering
Application of Optimal Control and Design Optimization Tools to Cutting-Edge Problems in Renewable Energy and Energy Efficiency
Development of Persistent Mission Planning Algorithms for Renewably Powered Robotic Networks
Development of Tethered Systems for Harnessing Wind and Marine Hydrokinetic Energy
Use of Connected and Autonomous Vehicles to Realize Substantial Fuel Economy Improvements Over Conventional Vehicles
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