368 Mathematical Modeling of Transport Processes

Description:
This session targets mathematical modeling approaches to solving transport phenomena problems. Both numerical and especially analytical approaches are considered. All areas of transport phenomena are included and generic methods applicable to a range of transport problems are encouraged to apply for presentation.

Sponsor:
Transport Processes

Chair:
Norman W. Loney
Email: loney@adm.njit.edu


Papers:

3:15 PM
(368a) Asymptotic Theory and Numerical Analysis for Unraveling the Stokes Flow Singularity At the Junction Between Solid and Porous Walls With Arbitrary Wedge Angle
Ludwig C. Nitsche and Benjamin Bernal

3:30 PM
(368b) Onset of Buoyancy-Driven Convection in Cartesian and Cylindrical Geometries
Philip C. Myint and Abbas Firoozabadi

3:45 PM
(368c) Modeling of Particle-Particle and Particle-Wall Contact Points in the 3D CFD Simulation of Transport in Fixed Beds of Spheres
Anthony G. Dixon, Michiel Nijemeisland and E. Hugh Stitt

4:00 PM
(368d) Multicomponent Fuel Spray Evaporation in High Pressure Hot Gas Flows
Omid Samimi Abianeh, Chien-Pin Chen and Shankar Mahalingam

4:15 PM
(368e) Multicomponent Mass Transfer in the Compressible Flow of Semi-Continuous Mixtures Using Adaptive Characterization Method
Livia Jatobá, Paulo Lage and Luiz Silva

4:30 PM
(368f) A Modified Dynamic Method for Measuring kLa
Andrew Damiani, Min Hea Kim, Meng Liang and Jin Wang

4:45 PM
(368g) Asymptotic Analysis of Double-Carrier, Space-Charge-Limited Transport in Organic Light-Emitting Diodes
Sarah Feicht, Ory Schnitzer and Aditya S. Khair

5:00 PM
(368h) Modeling Reactive Heat and Mass Transfer in Biogas Production Unit
Pierre Horgue and Gérald Debenest

5:15 PM
(368i) Modeling of Hydrodynamic Interactions of Large Groups of Swimming Microorganisms in Viscoelastic Fluids
Yaser Bozorgi and Patrick T. Underhill
File available
5:30 PM
(368j) Equivalents - A New Concept for the Prediction of Transport
Stuart W. Churchill
See more of this Group/Topical: Engineering Sciences and Fundamentals
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