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Ship Design & Technology
MIT ocean engineers are involved in all phases of design related to ocean systems, including offshore platforms for petroleum recovery; merchant, research and naval ships; nuclear submarines; and other submersible vehicles, especially robotic autonomous underwater vehicles (AUVs). Other design challenges tackled by MIT ocean engineers are fishery facilities; harbor facilities and port-transportation infrastructures; and oceanographic equipment, instrumentation and sensors.
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Geometry-Data Representation, Exchange and Inspection, and the Praxiteles System Professors Nick Patrikalakis and Chrys Chryssostomidis
Marine Propulsor Design and Analysis Professor Jerry Milgram
MIT-WAVE – Realistic Nonlinear Wave Environment Inputs Professor Dick K.P. Yue and Dr. Yuming Liu
Novel Propulsion Methods -- Robotic Fish Professor Michael Triantafyllou and Professor Dick Yue
Robust Solid Modeling Professor Nick Patrikalakis
Rogue Wave Statistics and Dynamics Using Large-Scale Direct Nonlinear Wavefield Simulations Professor Dick K.P. Yue and Dr. Yuming Liu
Sensitivity Analysis of the Shipboard Integrated Power System P. Prempraneerach, F.S. Hover, M.S. Triantafyllou, T.J. McCoy, C. Chryssostomidis, G.E. Karniadakis
Severe Weather Automated/Assisted Ship Handling (SWASH) Professor Dick K.P. Yue and Dr. Yuming Liu
SFF – Solid Freeform Fabrication Professors Nick Patrikalakis, Emanuel Sachs, Michael Cima (Materials Science and Engineering)
Shell Forming by Line Heating – Measurement and Fabrication Techniques Professors Nick Patrikalakis and Koichi Masubuchi
 
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