325 Fundamental Research in Transport Processes

Tuesday, November 18, 2014: 12:30 PM
213 (Hilton Atlanta)
Description:
This session supports fundamental research in all manner of transport processes. Both experimental and theoretical investigations are welcome. Special consideration is given to work on coupled transport processes that may not be adequately served by other, more focused sessions.

Sponsor:
Transport Processes

Chair:
Joel L. Plawsky
Email: plawsky@rpi.edu

Co-Chair:
Jennifer Pascal
Email: jpascal@tntech.edu

- indicates paper has an Extended Abstract file available on CD.


12:30 PM
(325a) Transport into Zeolite Nanosheets: Test of Diffusion Equations
Nils Zimmermann, Timm Zabel and Frerich J. Keil

12:45 PM
(325b) Knudsen Diffusion in Zeolite Channels and Networks
James Wei and Jichang Liu

1:00 PM
(325c) Polymer Transport through Nanopores: Simulation Study on Role of Polymer-Pore Patterns Under an Electric Field
Harshwardhan Katkar and Murugappan Muthukumar
File available
1:15 PM
(325d) Modeling of the Electrosorption Process in Heterogeneous Porous Media Using a Volume Averaging Method
Jorge F. Gabitto and Costas Tsouris

1:30 PM
(325e) Concentration Polarization and Electroconvection in Heterogeneous Perm-Selective Systems
Yoav Green, Sinwook Park and Gilad Yossifon

1:45 PM
(325f) Stabilization of the Surface Morphology of Stressed Solids Using Electric Fields and Thermal Gradients
Lin Du, Dwaipayan Dasgupta and Dimitrios Maroudas

2:00 PM
(325g) Reducing Thermophoretic Deposition in Heat Exchangers Using Wavy Walled Channels
Zachary Mills, Alok Warey, Sandro Balestrino and Alexander Alexeev

2:15 PM
(325h) Chaotic Mixing inside a Droplet Advecting in a Serpentine Microgeometry Is Universal or Not?
Yogesh M. Harshe, Michael van Eijk, Michiel Kreutzer, Chris R. Kleijn and Pouyan E. Boukany
File available
2:30 PM
(325i) Analytical and Numerical Modeling of Strongly Rotating Rarefied Gas Flow
Sahadev Pradhan and V. Kumaran

2:45 PM
(325j) An Elastic Sublayer Interpretation of Pipe Wall-Injected Polyox Dissolution during Turbulent Drag Reduction
Preetinder S. Virk
See more of this Group/Topical: Engineering Sciences and Fundamentals
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