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Manufacturing
Research in manufacturing includes sustainable manufacturing, reconfigurable manufacturing systems, assembly systems, laser aided materials processing, in-line metrology, large scale production of carbon nanotubes, computer aided stamping, line optimization, optimization of maintenance operations, high performance cutting tools, and meso-scale manufacturing processes.
Micro/nanomanufacturing, additive manufacturing, electrohydrodynamic jet printing | |
Roll to roll nanomanufacturing | |
Nanotube structures and devices | |
Mass customization and systems, welding, joining, forming | |
Laser welding and joining (fabrication and modeling) | |
Reconfigurable manufacturing | |
Laser processing and free-form fabrication, laser micromachining | |
Precision manufacturing, micro-machining and forming | |
Sustainable manufacturing, vibration control, mechatronics | |
Biomedical devices, drilling process, metrology | |
Global health design, affordable medical device design | |
Sustainable products and policies |
Machines and instruments to study and control the growth of nanostructures including large-scale production of carbon nanotubes, high-precision sensors, and structural composites
Sustainable manufacturing including patented gas-based environmentally-friendly metal working fluids, re-manufacturing processes for consumer electronics products
Design, analysis and optimization of high performance cutting tools, micro/meso scale manufacturing process, micro fuel processor components
Laser-aided manufacturing including laser micromachining and direct metal deposition
Intelligent computer aided stamping system
Laser scattering method for cylinder bore inspection, valve seat inspection using laser sensors