283 Complex Fluids: Polymers and Macromolecules

Tuesday, November 15, 2016: 8:30 AM - 11:00 AM
Market Street (Parc 55 San Francisco)
Description:
This session of contributed presentations will focus on the hydrodynamics of complex fluids. Topics of interest include the effects of non-Newtonian rheology on flow, flow-induced microstructure, viscoelasticity, and general polymeric fluids and macromolecular solutions.

Sponsor:
Fluid Mechanics

Chair:
Jacinta C. Conrad
Email: jcconrad@uh.edu

Co-Chair:
Simon A. Rogers
Email: sarogers@illinois.edu


8:30 AM
(283a) The Sedimentation of Particulate Suspensions Under Orthogonal Shear: Mechanisms at Finite Weissenberg Number
Sreenath Krishnan, William L. Murch, Eric S.G. Shaqfeh and Gianluca Iaccarino

8:45 AM
(283b) Stress-Gradient-Induced Polymer Migration in Microfluidics
Ronald G. Larson and Hossein Rezvantalab

9:00 AM
(283c) Simultaneous Flow and Drying in Open Microchannels
Robert Lade Jr., Christopher W. Macosko and Lorraine F. Francis

9:15 AM
(283d) Plug Flow of Shear-Thinning Liquids in Microchannels
Evangelia Roumpea, Maxime Chinaud, Lyes Kahouadji, Omar K. Matar and Panagiota Angeli

9:30 AM
(283e) Single Polymer Dynamics in Large Amplitude Oscillatory Extension (LAOE)
Yuecheng Zhou and Charles M. Schroeder

9:45 AM
(283f) Shear Induced Demixing in Large Amplitude Oscillatory Shear Flows
Joseph Peterson and Gary Leal

10:00 AM
(283g) Molecularly Based Criteria for Shear Banding in Transient Flow of Entangled Polymeric Fluids
Mouge Mohagheghi and Bamin Khomami

10:15 AM
(283h) Effect of Chain Flexibility on Non-Linear Extensional Response of Linear Polymer Melts
Luisa Palmese, Samantha Morelly, Hiroshi Watanabe and Nicolas J. Alvarez

10:30 AM
(283i) Investigating Droplet-Breakup Dynamics for Characterizing Low-Viscosity Elasticity of Dilute Polymer Solutions
Kristin A. Marshall and Travis W. Walker

10:45 AM
(283j) Brownian Dynamics Simulations of Knotted Polymers Moving through Pores Under a Constant or Periodic External Field
Vivek Narsimhan, C. Benjamin Renner and Patrick S. Doyle
See more of this Group/Topical: Engineering Sciences and Fundamentals
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