519 Particulate and Multiphase Flows II: Structure and Assembly

Wednesday, November 19, 2014: 12:30 PM
Marquis Ballroom A (Marriott Marquis Atlanta)
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:
Jim Swan
Email: jswan@MIT.EDU

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

- indicates paper has an Extended Abstract file available on CD.


12:30 PM
(519a) Direct Visualization of Near-Wall Structure of Sheared Monosized Suspensions
M. Tharanga Perera and James F. Gilchrist

12:45 PM
(519b) Numerical Computation of Permeability in Unstable Colloidal Gels
Alan L. Graham, Alex Mertz, Marc Ingber, Antonio Redondo and Lev Gelb

1:00 PM
(519c) Modeling the Transient Shear Flow of Soft Colloidal Systems Using a Scalar Structural Parameter Thixotropic Model
Matthew J. Armstrong, Antony N. Beris and Norman J. Wagner

1:15 PM
(519d) Structural Origins and Nonlinear Mechanics during Yielding of a Heterogeneous Colloidal Gel
Matthew E. Helgeson, Juntae Kim, Dimitri Merger and Manfred Wilhelm

1:30 PM
(519e) Preferential Concentration Driven Instability of Sheared Gas-Solid Suspension
Mohamed H. Kasbaoui, Donald L. Koch, Ganesh Subramanian and Olivier Desjardins

1:45 PM
(519f) A Macrotransport Equation for the Hele-Shaw Flow of Concentrated Suspensions of Non-Colloidal Spheres in Newtonian Fluids
Arun Ramachandran

2:00 PM
(519g) On the Mixing Induced By Tightly Confined Spheres in Bounded Shear Flows
Seemit Praharaj and David T. Leighton Jr.

2:15 PM
(519h) Hydrodynamic Lift of Hard and Soft Particles in Microflow
Yeng-Long Chen
File available
2:30 PM
(519i) Inertial Migration of Rigid Spherical and Non-Spherical Particles
Partha S. Goswami, Atul M. Bhagat and S. Mahesh Kumar

2:45 PM
(519j) Computational Investigation of Scale Effects in Spouted Fluidized Beds
Doris Prieling, Johannes G. Khinast and Benjamin J. Glasser
See more of this Group/Topical: Engineering Sciences and Fundamentals
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