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Gas Dynamics, Optical Diagnostics, Experimental Fluid
Dynamics, Microfluid Dynamics & Diagnostics. |
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Dynamics, Controls, Power Engineering. |
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Heat Transfer, Flow Visualization, Magneto-Biology,
Magnetically Driven Devices, Biomedical Engineering.
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Robotics, Dynamic Systems, and Mechanical Design
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Intelligent Robotic Systems, Fault Detection and Isolation,
Control in Manufacturing, Advanced Robust Controls.
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Theoretical and Computational Materials Science and
Mechanics |
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Synthesis and characterization of nanostructures, MEMS,
NEMS |
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Material Science, Thick and Thin Films, Devices and
Sensors, Field Emission Sources, Nano-Structured Materials.
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Jet noise suppression, Alternative energy sources |
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Electronic ceramic materials, high-temperature superconductors
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CAD Design Tools, Rapid Prototyping, Dynamic System
Modeling and Control. |
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Deformation & Failure, Mechanical & Physical
Metallurgy, Composite Deformation & Recrystallization.
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Experimental Fluids Mechanics, Aeroacoustics & Propulsion.
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Superconducting Materials |
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Digital Processing, Laser Doppler Velocimetry, Pulsed
Laser Velocimetry, Multiphase Flows, Instrumentation.
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Superconducting Magnets, Computer Simulation as a Design
Tool, Superconductivity Power Apparatus. |
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Human/Robot Interaction, Robot Assisted Manufacturing,
Mobile Robotics, Intelligent Machine Design. |
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Experimental and theoretical solid mechanics, multiscale
modeling of ferroic materials, and nonlinear control
of smart systems and structures |
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Thermodynamic Optimization, Thermal Modeling and Heat
Transfer. |
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Ceramic Processing & Characterization, High Temperature
Super-Conductors. |
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Magnet Engineering, Superconductors. |
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Aeroacoustics, Turbulent Shear Flows, Active Flow &
Noise Control, MEMS Flow Applications. |
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Theoretical & Computational Fluids Mechanics, Numerical
Methods. |
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Very Low Temperature Engineering, Cryogenic Systems.
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