497 Multiscale Modeling: Methods and Applications

Description:
Many problems in chemical engineering are governed by time and length scales that differ by several orders of magnitude. Bridging these scales with integrated, multi-scale models is a challenging problem. Papers are solicited on novel, integrated multi-scale modeling methods with emphasis on discussion of algorithmic details and applications in chemical and biological engineering.

Sponsor:
Applied Mathematics and Numerical Analysis

Chair:
Dimitrios V. Papavassiliou
Email: dvpapava@ou.edu

Co-Chair:
Jinfeng Liu
Email: jinfeng@ualberta.ca


Papers:

12:30 PM
(497a) Chemical Vapor Deposition of Copper: Study of Gas Phase Nucleation
David Arana-Chavez, Elizabeth Remmers and Raymond A. Adomaitis

12:50 PM
(497b) Coarse-Graining of Diffusion-Reaction Models With Catalyst Archipelagos
Vemuri Balakotaiah and Ram R. Ratnakar

1:10 PM
(497c) Multiscale Modeling of Two-Phase Flow Through Microtechnology Based Devices With Complex Geometries
Agnieszka Truszkowska, Frederick Atadana and Goran Jovanovic

1:30 PM
(497d) Multi-Scale Reservoir Simulation
Angelo Lucia, Denis Voskov, Rustem Zaydullin and Heath Henley

1:50 PM
(497e) Multiscale Modeling and Optimizationof Wet-On-Wet Topcoat Curing
Hao Song and Yinlun Huang

2:10 PM
(497f) Simultaneous Reduction of Chemical Plant Start-Up Flaring and Regional Air Quality Impact Via Multi-Scale Dynamic Modeling
Ziyuan Wang, Jian Zhang, Qiang Xu and Thomas C. Ho

2:30 PM
(497g) Simulation Studies of Coolant Flow Past Fuel Rod Bundles and Vibrational Lock-In Conditions in a Small Modular Reactor
Vivek M. Rao and Joseph D. Smith
See more of this Group/Topical: Computing and Systems Technology Division
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