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Donna
M. L. Meyer, Ph.D.
Associate Professor
Contact Information
Tribology and Fluid Mechanics
Laboratory
Mechanical
Engineering & Applied Mechanics
Wales Hall
University of Rhode Island
Kingston, RI 02881
Phone: 401-874-9292
Fax: 401-874-2355
Email: dmmeyer@egr.uri.edu
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STUDENTS
IN THE TRIBOLOGY & FLUID MECHANICS LAB |
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Ren
Doctoral
Candidate
Using microfluidic technology, design a handheld device that can capture, separate, and quantify the amount of bacteria in contaminated recreational (fishing and swimming) water
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cylindrical structure; where the length of th
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Chandler
Doctoral Candidate
Experiments to measure pore size of brain tissues using microchannels, and computational fluid dynamics (CFD), to determine flowstreaming effects in microchannels |
e structure is much larger than its diameter. By unders
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Melissa
Masters Candidate
Using microfluidics, develop a method to detect and quantify the rate of bacterial growth on food packaging surfaces made from new and 'Green" (recycled) materials |
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Rico
Dual-Degree Masters Candidate (from TU Braunschweig)
Using microfluidics, detect and quantify the rate of biofilm adhesion and growth on PDMS microchannel surfaces.
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Renee
Masters Candidate
Using microfluidics, perform experiments to examine the slip rate of particles on chemically-functionalized ultrahydrophobic surfaces. |
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Pablo
Visiting Student (Spain)
Computational Fluid Dynamics (CFD) simulations to examine turbulent flow around high aspect ratio cylinders in salt water; and simulations of a wind turbine blade at various wind speeds and angles of attack. |
My research in fluid mechanics involves the understanical structures are used.
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