Registered Participants (42) For the 2010 Granular Material Workshop.

Participant Affiliation Presentation Title
Jessica Baker Clark University
Michael BERHANU Clark University Poster Seepage erosion of a flat granular layer. Influence of rainfall
katia bertoldi SEAS - Harvard university Talk A pattern switch in a granular crystal.
Thibault Bertrand Sorbonne Université
Dapeng Bi Brandeis University
Don Candela UMass Amherst Invited Constitutive laws and transient jamming in vertical-channel granular flows
Bulbul Chakraborty Brandeis University
Nadia Cheng MIT Re:
Marie-Julie Dalbe Clark University Poster Angular correlations in formation of capillary aggregates in floating particles
Moumita Dasgupta Clark University
Julio Guerrero Schlumberger Talk Burrowing through soil
Lucie GUIGNIER MIT Visiting Student
Fatih Göncü University of Twente Poster From particle simulations to macroscopic constitutive relations
Hendrik Hansen-Goos Yale University Talk Theory of ice premelting in porous media
Martin Hurlimann Schlumberger
Zahera Jabeen Brandeis University
Yuliang Jin the City College of New York Talk A first-order phase transition at the random close packing of hard spheres
David Johnson Schlumberger-Doll Research
Ken Kamrin Harvard Invited Steady Granular Flow: Continuum Theory, Simulation, and Computational Challenges
Ravinath Kausik SDR
Peter Koch Stony Brook University, Dept. Physics and Astronom
Arshad Kudrolli Clark University
Dominic Kwok Yale University
Andrea Liu University of Pennsylvania Invited Vibrations and rearrangements in marginally jammed systems
Katharine Luginbuhl Massachusetts Institute of Technology
Mitch Mailman brandeis physics
Sorell Massenburg Harvard University Re:
Corey OHern Yale University
Katha Reddy Clark University, Physics department Talk Random to ordered dense granular packings
Pedro Reis MIT
Seungoh Ryu Schlumberger Doll Research
Carl Schreck Yale University Talk Jammed Particulate Systems Are Highly Anharmonic Solids
Ashwin Selvarajan Sampangiraj Yale University
Mark Shattuck The City College of New York
Yi-Qiao Song Schlumberger-Doll Research
John Valenza II Schlumberger-Doll Research Invited The effective mass of a granular medium: implications for the attenuation of structure borne sound
Hongqiang Wang Univ. of Massachusetts Amherst Poster Particle velocity distribution in a 3-dimensional vibration fluidized granular medium
Dawn Wendell MIT
John Williams MIT Talk Particle Methods for Multi-Phase Flow in Porous Media
Wan Jun Yang
Chuan Zeng UMass Amherst

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