Drops: Interaction with Elastic Surfaces, Particles, and Fibers
ORAL · C22 ·
Presentations
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Elastocapillary flow driven blood-plasma separation.
ORAL
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Authors
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Alwar Samy Ramasamy
- Indian Institute of Technology (IIT) - Madras
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Ashis Kumar Sen
- Indian Institute of Technology, Madras
- Indian Institute of Technology Madras
- Indian Institute of Technology (IIT) - Madras
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The droplet on a sugar fiber
ORAL
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Authors
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Stephane Dorbolo
- FNRS-University of Liege
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Floriane Weyer
- University of Liege
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Vandewalle Nicolas
- University of Liege
- ULiege
- University of Liege, GRASP, Institut de Physique B5a
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Alexandre Delory
- ESPCI
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Redwood-inspired fog harps
ORAL
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Authors
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Weiwei Shi
- Virginia Tech
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Thomas Van Der Sloot
- Virginia Tech
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Brandon Hart
- Virginia Tech
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Brook Kennedy
- Virginia Tech
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Jonathan Boreyko
- Virginia Tech
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Impact and imbibition of blood drops with textiles: Where does this stain come from?
ORAL
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Authors
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Daniel Attinger
- Iowa State University
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Richard Faflak
- Iowa State University
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A model of droplet durotaxis driven by the elastocapillary response of a soft viscoelastic substrate
ORAL
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Authors
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Saiful Tamim
- Clemson University
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Joshua Bostwick
- Clemson University
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Stiffness-guided motion of a droplet on a solid substrate
ORAL
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Authors
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Panagiotis Theodorakis
- Institute of Physics - Polish Academy of Sciences
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Sergei Egorov
- University of Virginia
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Andrey Milchev
- Bulgarian Academy of Sciences
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Droplet motion on soft gels: comparing stiffness, strain, and surface energy gradient
ORAL
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Authors
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Shih-Yuan Chen
- North Carolina State University
- Department of Physics, NC State University
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Aaron Bardall
- Department of Mathematics, NC State University
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Michael Shearer
- Department of Mathematics, NC State University
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Karen Daniels
- North Carolina State University
- Department of Physics, NC State University
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Folding capsules with caged droplets
ORAL
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Authors
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Saverio Spagnolie
- University of Wisconsin-Madison
- University of Wisconsin - Madison
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Xuanrong Guo
- University of Wisconsin - Madison
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David Lynn
- University of Wisconsin - Madison
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Elastically driven relaxation of a fluid-filled blister on a porous substrate
ORAL
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Authors
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Danielle L. Chase
- Princeton University
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Ching-Yao Lai
- Columbia University
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Howard A. Stone
- Princeton University
- Mechanical and Aerospace Engineering, Princeton University
- Department of Mechanical and Aerospace Engineering, Princeton University, NJ 08544, USA
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Internal circulation and mixing in tight-squeezing deformable drops
ORAL
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Authors
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Jacob Gissinger
- University of Colorado Boulder
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Alexander Zinchenko
- University of Colorado Boulder
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Robert Davis
- University of Colorado Boulder
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