160 Microfluidic and Nanoscale Flows: Multiphase and Fields


Description:
This session will highlight novel micro fluid and nanofluidic phenomena with a focus on multiphase and field-driven flows. Topics of interest include multiphase systems (droplets, emulsions, bubbles) in microfluidic systems and electric or magnetic field driven flows.

Sponsor:
Fluid Mechanics


Chair:
Cari S. Dutcher
Assistant Professor
University of Minnesota
Mechanical Engineering
Minneapolis, MN
95616
Email: cdutcher@umn.edu

Co-Chair:
Siva A. Vanapalli
Associate Professor
Texas Tech University
Chemical Engineering
Lubbock, TX
79406
Email: Siva.vanapalli@ttu.edu


Papers:
160a
Layered Fluid-Fluid Interfaces Confined in Microfluidics
Bruno Pinho, New York University; Ryan L. Hartman, New York University
160b
Focused DC and AC Electric Fields at Conic Pipettes: Nanoscale Thermal Hotspot and Nano-Droplet Generation with Universal Scalings
Hsueh-Chia Chang, University of Notre Dame; Zehao Pan, University of Notre Dame
160c
Real-Time Monitoring of Complex Multiphase Behavior in a High Pressure High Temperature Microfluidic Chip
R.M. Ripken, University of Twente; J. G. E. Gardeniers, University of Twente; S. Le Gac, University of Twente
160d
Motion of a Deformable Drop in Microchannels of Complex Shape
Robert H. Davis, University of Colorado; Rocio Navarro, University of Colorado; Alexander Zinchenko, University of Colorado
160k
Microfluidic Models of Porous Media to Examine Asphaltene Deposition in the Presence of Chemical Dispersants
Yu-Jiun Lin, Rice University; Sibani Lisa Biswal, Rice University
160f
Microfluidic Device for the Continuous Measurement of Viscosity
Yunzi Li, University of Michigan; Sarah E. Mena, University of Michigan; Kevin R. Ward, University of Michigan; Mark A. Burns, University of Michigan
160g
Simple Algebraic Formulas for the Practical Interpretation of Mercury Porosimetry Data
Zongyu Gu, Massachusetts Institute of Technology; Martin Z. Bazant, MIT
160h
A Microfluidic Platform to Measure Dynamic Interfacial Tension of Complex Fluid Systems
Shweta Narayan, University of Minnesota; Davis B. Moravec, Donaldson Company, Inc.; Brad G. Hauser, Donaldson Company, Inc.; Andrew J. Dallas, Donaldson Company, Inc.; Cari S. Dutcher, University of Minnesota
160i
Controlled Liquid Entrapment through Photo-Patterned Obstacles and Patterned Surfaces
Ankur Gupta, Massachusetts Institute of Technology; Hyundo Lee, MIT; T. Alan Hatton, Massachusetts Institute of Technology; Patrick S. Doyle, Massachusetts Institute of Technology
160j
Tears of Wine
Prerana Rathore, University of Illinois at Chicago; Vivek Sharma, University of Illinois at Chicago
Abstract Submissions Closed
See more of this Group/Topical: Engineering Sciences and Fundamentals
<< Previous Session | Next Session >>