2008 Annual Meeting

Session: Mathematical Modeling of Transport Processes

This session considers analytical and numerical approaches to modeling transport processes. Of particular importance are multi-scale approaches and how modeling can help uncover heretofore unrecognized elements of transport processes governing the behavior of a system.

Chair

Norman W. Loney, New Jersey Institute of Technology

Co-Chair

Nivedita R. Gupta, University of New Hampshire

Presentations

03:15 PM

(156a) Mathematical Analysis of Boundary Singularity at the Entrance Region of Membrane Channels
Prashanth Parthasarathi, Ludwig C. Nitsche

03:36 PM

(156b) Boundary Conditions In Multiphase, Porous Media, Transport Models of Thermal Food Processes with Rapid Evaporation
Amit Halder, Ashim K. Datta

03:57 PM

(156c) A New Generic Modeling Approach for Gas-Solids Riser Reactor
Jun You, Rajesh Patel, Dawei Wang, Chao Zhu

04:18 PM

(156d) Bivariate Population Balance Model of Ethanol-Fueled Spray Combustors
Daniel E. Rosner, Manuel arias-Zugasti

04:39 PM

(156e) Study of Microwave Combination Heating Using a Coupled Electromagnetics- Multiphase Porous Media Model
Vineet Rakesh, Ashim K. Datta

05:00 PM

(156f) Coupling Micro and Macroscale in Combustion in Porous Media
Gerald Debenest, Jean-François Thovert

05:21 PM

(156g) Two Diffusions Differential Algebraic Model for Drug Eluting Stent
Pietro Santagati