302 Fundamental Research in Transport Processes

Tuesday, November 5, 2013: 12:30 PM
Union Square 16 (Hilton)
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:
Dmitry I. Kopelevich
Email: dkopelev@ufl.edu

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


12:30 PM
(302a) Experimental and Theoretical Investigation of Rejection Coefficients of Nanoparticles in Porous Membranes
Ruth E. Baltus and Basavaraju Nagendra Agasanapura

12:45 PM
(302b) Morphological Stabilization of Solid Surfaces Induced By the Combined Action of Electric Fields and Thermal Gradients
Dwaipayan Dasgupta, Lin Du, Georgios I. Sfyris and Dimitrios Maroudas

1:00 PM
(302c) Theoretical and Experimental Study of Gas Permeability and Klinkenberg Effects
Mahnaz Firouzi, Khalid Alnoaimi, Anthony Kovscek and Jennifer Wilcox

1:15 PM
(302d) What Really Happens in Diffusion With Reversible Trapping, and What Are the Implications for Biological Diffusion Models?
Johannes M. Nitsche
File available
1:30 PM
(302e) Influence of Immersed Objects On Liquid Pool Boil-Over
Xiaochuan Shi and Ali S. Rangwala

1:45 PM
(302f) Computational Fluid Dynamics Modelling of Single and Two-Phase Heat and Mass Transfer in Micro- and Milli-Scale Flows
Simon Kuhn
File available
2:00 PM
(302g) Experimental Studies On the Effect of Surface Roughness On Laminar, Transitional and Turbulent Flow in Microtubes
Qiao-Li Chen, Chong-Jian Zhao, Ke-Jun Wu and Chao-Hong He

2:15 PM
(302h) Turbulent Dissolution, Drag Reduction and Degradation of Pipe Wall-Injected Polyox
Preetinder S. Virk

2:30 PM
(302i) Heat Transfer Analysis of An Advanced Flow Reactor Using Quantum Dots
Yanxiang Shi, Simon Kuhn and Klavs F. Jensen

2:45 PM
(302j) Diffusion-Driven Colloidal Deposition: From Flat Plate Sensors to Occluded Pipes
Sara M. Hashmi, Michael Loewenberg and Abbas Firoozabadi
See more of this Group/Topical: Engineering Sciences and Fundamentals
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