Session 156 - Mathematical Modeling of Transport Processes


Transport Processes
Session 156 - 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
CoChair:	Nivedita R. Gupta
	156a	Mathematical Analysis of Boundary Singularity at the Entrance Region of Membrane Channels Prashanth Parthasarathi, Ludwig C. Nitsche
	156b	Boundary Conditions In Multiphase, Porous Media, Transport Models of Thermal Food Processes with Rapid Evaporation Amit Halder, Ashim K. Datta
	156c	A New Generic Modeling Approach for Gas-Solids Riser Reactor Jun You, Rajesh Patel, Dawei Wang, Chao Zhu
	156d	Bivariate Population Balance Model of Ethanol-Fueled Spray Combustors Daniel E. Rosner, Manuel Arias-Zugasti
	156e	Study of Microwave Combination Heating Using a Coupled Electromagnetics- Multiphase Porous Media Model Vineet Rakesh, Ashim K. Datta
	156f	Coupling Micro and Macroscale In Combustion In Porous Media Gerald Debenest, Jean-François Thovert
	156g	Two Diffusions Differential Algebraic Model for Drug Eluting Stent Pietro Santagati