Chaos
ORAL · NK ·
Presentations
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Measuring stretching to predict the progress of diffusively limited chemical reactions
ORAL
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Authors
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P.E. Arratia
- Haverford College
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J.P. Gollub
- Haverford College and University of Pennsylvania
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Chaos and threshold for irreversibility in sheared suspensions
ORAL
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Authors
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Jerry Gollub
- Haverford College and UCSB
- Haverford College
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David Pine
- New York University and UCSB
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John Brady
- California Institute of Technology
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Alex Leshansky
- Technion
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Chaotic advection and mixing inside drops subject to transient electric fields
ORAL
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Authors
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Xiumei Xu
- Department of Mechanical and Environmental Engineering, University of California-Santa Barbara
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G.M. Homsy
- Department of Mechanical and Environmental Engineering, University of California-Santa Barbara
- Department of Mechanical Engineering, University of California, Santa Barbara
- Department of Mechanical and Environmental Engineering, University of California, Santa Barbara
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Stirring Generated by a Pair of Elliptic Vortex Patches
ORAL
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Authors
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Luca Cortelezzi
- McGill University
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Igor Mezic
- University of California Santa Barbara
- University of California, Santa Barbara
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Periodic Solutions and Chaos in a Nonlinear Model for the Delayed Immune Response
ORAL
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Authors
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Askery Canabarro
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Iram Gleria
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Marcelo Lyra
- Federal University of Alagoas - Brazil
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Influence of Diffusion on Optimal Mixing Protocols
ORAL
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Authors
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Alessandra Adrover
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Stefano Cerbelli
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Massimiliano Giona
- Universita' la Sapienza
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Luca Cortelezzi
- McGill University
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Chemical fronts and waves in a chain of alternating vortices
ORAL
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Authors
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Tom Solomon
- Bucknell University
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Matt Paoletti
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Carolyn Nugent
- Bucknell University
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Synchronization via superdiffusive mixing in an extended, advection-reaction-diffusion system
ORAL
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Authors
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Matt Paoletti
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Carolyn Nugent
- Bucknell University
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Tom Solomon
- Bucknell University
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Active mixing and self-consistent chaos in a vortex chain
ORAL
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Authors
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Amanda Kinney
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Tom Solomon
- Bucknell University
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Topological chaos in a lid-driven cavity flow
ORAL
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Authors
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Jie Chen
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Mark Stremler
- Vanderbilt University
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A maximum entropy approach to optimal mixing in a 2D pulsed source-sink flow
ORAL
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Authors
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Mark Stremler
- Vanderbilt University
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Baratunde Cola
- Purdue University
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Reaction-Diffusion Simulations for Multiply-Waisted Hourglass Geometries
ORAL
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Authors
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Thomas Olsen
- Physics Dept., Lewis \& Clark College
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Yu Hou
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Adam Kowalski
- Lewis \& Clark College, Portland, OR
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Richard Wiener
- Pacific University, Forest Grove, OR
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