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Brian Chan |
Millbrae, California |
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S.B., Mechanical Engineering, Massachusetts Institute of Technology
Research Area: Snail locomotion, Low Reynolds-Number locomotion
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Suraj Deshmukh |
Mumbai, India |
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B.S. Chemical Engineering, Indian Institute of Technology,
Mumbai, 2001
Thesis: Fluid-Responsive ("smart") Fluids for Advanced Automotive
Applications |
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Dennis Evangelista |
Freehold, NJ |
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SB, Mechanical Engineering, Massachusetts Institute of Technology
SB, Electrical Engineering, Massachusetts Institute of Technology
MEng, EECS, Massachusetts Institute of Technology
MSES, Mechanical Engineering, Naval Postgraduate School / Bettis Reactor Engineering School
Research Area: Biological fluid dynamics. Jellyfish and other squishy things.
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 |
Randy Ewoldt |
Eldridge, IA |
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B.S., Mechanical Engineering, Iowa State University
Research Area: micro-rheology and snail locomotion
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Federico Frigerio |
Toronto, Canada |
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B.S.E., Mechanical & Aerospace Engineering, Princeton
University
M.S., Mechanincal Engineering, Massachusetts Institute of Technology
Thesis: Quantified Video Rate 3-D Imaging
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 |
Sara Hupp |
Unionville, Virginia |
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BS, Mechanical Engineering, Virginia Polytechnic Institute and State University
Thesis: The Effects of Applied Surface Texture on Friction under Boundary Lubricated Conditions
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 |
Sungyon Lee |
San Francisco, California |
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S.B., Mechanical Engineering, University of California, Berkeley
Research Area: Lubrication of Non-Newtonian Fluid in a Corner Region
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Trevor Ng |
Singapore/Hong Kong |
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MEng, Aeronautical Engineering, Univerisity of Cambridge
Bsc, Aeronautical Engineering, University of Cambridge
Research Area: Extensional Rheology of Bread Dough
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 |
Hemanth Prakash |
Bangalore, India |
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S.B., Mechanical engineering , Indian Institute of Technology Madras
S.M., Mechanical Engineering, Massachusetts Institute of Technology
Research Area: Application of the 'Active Wavefront Sampling 3D Imaging' Technique for Medical Imaging in the field of Minimal Invasive (Endoscopic) Surgery
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 |
Stephen Samouhos |
Pittstown, NJ |
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S.B., Mechanical Engineering, MIT
Research Area: Fabrication and design of high Induction field micro Magnetic Circuits, with applications to Magnetorheological Fluids.
Electromagnetic pumping, and modulation of magnetic fluids
Thermomagnetic energy conversion
Microrheology of magnetic fluids
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 |
Sugata Sen |
Calcutta, India |
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S.B, Civil Engineering, Indian Institute of Technology
S.M, Civil Engineering, Massachusetts Institute of Technology
Research Area: Numerical Simulations
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 |
Daniel See Wai Tam |
Saint Thibault des Vignes, France |
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Dipl d'Ing, Aeronautical Engineering, Supaero, Toulouse
MS, Aero/Astro, Massachusetts Institute of Technology
Research Area: Marangoni flows, Free surface flows and low Reynolds locomotion
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 |
J.P. Urbanski |
Toronto, Ontario, Canada |
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BASc, Mechanical Engineering, University of Waterloo
Thesis: Integrated Microfluidic Devices for High-Throughput Biochemical Screening
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Yu Yao |
China |
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B.S., Bioengineering and Computer Science 2003
Tsinghua University
Beijing, P.R. China
Thesis Topic: Receptor-mediated mechanotranduction in endothelial
cells
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 |
Tony Yu |
Birmingham, Alabama |
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B.S., Mechanical Engineering, Columbia University
Research Area: Swimming at low Reynolds numbers
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