368 Particulate and Multiphase Flows I: Soft and Granular Systems

Tuesday, November 10, 2015: 12:30 PM - 3:00 PM
150A/B (Salt Palace Convention Center)

Description:
This session of contributed talks focuses on theoretical, experimental, and numerical studies on hydrodynamic phenomena in suspensions, slurries, and other dispersed multiphase systems including (but not limited to) solid-liquid, liquid-liquid, or bubbly-liquid systems.

Sponsor:
Fluid Mechanics
Chair:
Sibani Lisa Biswal Email: biswal@rice.edu
Co-Chair:
James Swan Email: jswan@mit.edu
- indicates paper has an Extended Abstract file available on CD.



12:30 PM
(368a) Migration of Deformable Blood Cells in Confined Shear Flows
Seemit Praharaj and David T. Leighton Jr.

File available
12:45 PM
(368b) The Motion of a Tightly Fitting Vesicle in a Tube
Joseph M. Barakat, Andrew P. Spann and Eric S. G. Shaqfeh


1:00 PM
(368c) Adhesion of Capsules to Surfaces
Martin Keh and L. Gary Leal


1:15 PM
(368d) Colloidal Depletion Gels, from Particle Bonds to Bulk Modulus
Eric M. Furst


1:30 PM
(368e) Delayed Yield in Reversible Colloidal Gels: A Micro-Mechanical Perspective
Roseanna Zia, Benjami Landrum and William. B. Russel


1:45 PM
(368f) Structural Diversity of Flow-Assisted Colloidal Crystallization in Vibration-Assisted Convective Assembly
Midhun Joy, Tanyakorn Muangnapoh, Mark A. Snyder and James F. Gilchrist

File available
2:00 PM
(368g) Repressing Spurious Currents in the Modelling of Two-Phase Flows in Microfluidics
Pieter Marynissen and Simon Kuhn


2:15 PM
(368h) Biogenic Mixing in a Stratified Fluid
Shiyan Wang and Arezoo Ardekani

File available
2:30 PM
(368i) Experimental and Numerical Analysis of the Isothermal Two-Phase Flow over a Tube Bundle
Diego N. Venturi, Vinicyus R. Wiggers, Dirceu Noriler, Waldir P. Martignoni, Henry F. Meier and Jonathan Utzig


2:45 PM
(368j) Opposing Shear Induced Forces Dominate Inertial Focusing in High Reynolds Numbers
Eliezer Keinan, Elishai Ezra and Yaakov Nahmias
See more of this Group/Topical: Engineering Sciences and Fundamentals
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