Session: Particulate and Multiphase Flow I (2009 Annual Meeting)

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:

Nina C. Shapley
Associate Professor
Rutgers University
Department of Chemical and Biochemical Engineering
98 Brett Road
Piscataway, NJ 08854
Phone Number: 732-445-4951
Fax Number: 732-445-2581
Email: ncs2101@columbia.edu

Co-Chair:

German Drazer

Papers:

108a

The Bulk Viscosity of Suspensions
Manuj Swaroop, California Institute of Technology; John F. Brady, California Institute of Technology / Division of Chemistry and Chemical Engineering

108b

Probe Mobility in Finite Stokes Number Suspensions: From Viscous to Granular Microrheology
Ashley G. Smart, California Institute of Technology; John F. Brady, California Institute of Technology / Division of Chemistry and Chemical Engineering

108c

Rheology and Microstructural Development in Oscillating Suspensions of Non-Colloidal Spheres
Hyun-Ok Park, University of Florida; Jason E. Butler, University of Florida

108d

Combined Hydrodynamic and Static Force Interactions of Two Rough Spheres in Nonlinear
Marc S. Ingber, University of New Mexico

108e

The Shear-Induced Diffusivity of a Dilute Suspension in Bounded Systems
Ankit Rohatgi, University of Notre Dame; David T. Leighton, Jr., University of Notre Dame

108f

Modeling of Particle Transport at Low Reynold's Number in Complex Channels Using a Dynamic Boundary-Integral Method
John F. Ashley, University of Colorado at Boulder; Alexander Zinchenko, University of Colorado at Boulder; Robert H. Davis, University of Colorado at Boulder; Christopher N. Bowman, University of Colorado at Boulder

108g

Stokesian Interactions Between Two Spheres Inside a Narrow Cylindrical Conduit
Shahin Navardi, Texas Tech University; Sukalyan Bhattacharya, Texas Tech University; Hanyan Wu, Texas Tech University

108h

Bimodal Vs. Monomodal Suspension Flows through An Abrupt Contraction-Expansion
Nancy F. Zeng, Rutgers University; Nina C. Shapley, Rutgers University

108i

Inertially-Driven Migration of Spherical Particles in Microchannel Flow
Pandurang M. Kulkarni, The City College of New York; Katherine J. Humphry, Harvard University; Howard A. Stone, Princeton University; Jeffrey F. Morris, The City College of New York

108j

Buckling Transition in Wall-Bounded Suspension Flows
Jerzy Blawzdziewicz, Mechanical Engineering, Yale University; Eligiusz Wajnryb, Institute of Fundamental Technological Research, Polish Academy of Sciences

See more of this Group/Topical: Engineering Sciences and Fundamentals

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