Surface Tension Effects: Particle-Interface Interactions
ORAL · ZC08 · ID: 2666655
Presentations
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Attraction time for capillary rafts
ORAL
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Presenters
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Elijah Forstadt
Boston University
Authors
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Elijah Forstadt
Boston University
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Matteo Bassanini
Boston University, École Polytechnique
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James C Bird
Boston University
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Holes in granular rafts
ORAL
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Presenters
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Chase T Gabbard
Brown University
Authors
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Chase T Gabbard
Brown University
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Plabon Saha
Clemson University
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Joshua B Bostwick
Clemson University
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Solid particles walking on a vibrating interface
ORAL
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Presenters
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Haoyu Ma
University of North Carolina at Chapel Hill.
Authors
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Haoyu Ma
University of North Carolina at Chapel Hill.
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Saiful I Tamim
University of North Carolina at Chapel Hill
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Jian Hui Guan
University of North Carolina at Chapel Hill
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Pedro J Saenz
University of North Carolina at Chapel Hill
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Load-carrying capacity of buoyant multilayer granular rafts
ORAL
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Publication: Mohammad Javad Sayyari, Joshua B. Bostwick, "Destabilizing a buoyant multilayer granular raft by heavy grains: Quasi-static pouring versus jet impact", planned paper.
Presenters
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Mohammad Javad J Sayyari
Clemson University
Authors
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Mohammad Javad J Sayyari
Clemson University
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Joshua B Bostwick
Clemson University
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Capillary-wave generation and vertical dynamics of a periodically driven floating disk
ORAL
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Presenters
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Jack-William Barotta
Brown University
Authors
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Jack-William Barotta
Brown University
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Elvis Alexander Aguero Vera
Brown University
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Eli Silver
Brown University
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Wilson Reino
Università della Calabria
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Robert Hunt
Brown University
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Carlos Galeano-Rios
Minerva University
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Anand Uttam Oza
New Jersey Institute of Technology
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Giuseppe Pucci
CNRS
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Daniel M Harris
Brown University
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Elastic or granular: How a continuum model explains the dual nature of granular rafts
ORAL
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Presenters
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Sungyon Lee
University of Minnesota
Authors
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Ranit Mukherjee
University of Minnesota
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Zih-Yin Chen
University of Minnesota
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Xiang Cheng
University of Minnesota
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Sungyon Lee
University of Minnesota
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The motion of solid objects at complex planar Newtonian gas-liquid interfaces: Influence of gas phase drag
ORAL
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Publication: A. Esteban, J. Hernández, J. Tajuelo, M.A. Rubio. "A numerical model for the simulation of complex planar Newtonian interfaces", submitted to Applied Mathematical Modelling.
Presenters
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Adolfo Esteban
UNED
Authors
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Adolfo Esteban
UNED
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Julio Hernández
UNED
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Javier Tajuelo
UNED
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Miguel A Rubio
UNED
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Capillary-driven water-walking actuators
ORAL
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Presenters
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Seungho Kim
Pusan National University
Authors
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Park Tae yeong
Pusan National University
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Seungho Kim
Pusan National University
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Flotation of Aquatic Worms
ORAL
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Presenters
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Soohwan Kim
Georgia Institute of Technology
Authors
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Soohwan Kim
Georgia Institute of Technology
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Harry Tuazon
Georgia Institute of Technology
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Nami Ha
Georgia Institute of Technology
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Ishant Tiwari
Georgia Institute of Technology
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Saad Bhamla
Georgia Institute of Technology
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David L Hu
Georgia Institute of Technology
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Can we predict the death of a granular raft?
ORAL
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Publication: Published: Collapse of a granular raft: Transition from single particle falling to collective creasing (10.1103/PhysRevFluids.8.024003)
Planned: A Particle-scale understanding of the collapse of a granular raftPresenters
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Ranit Mukherjee
University of Minnesota
Authors
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Ranit Mukherjee
University of Minnesota
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Zih-Yin Chen
University of Minnesota
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Xiang Cheng
University of Minnesota
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Sungyon Lee
University of Minnesota
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