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Novel Numerical Methods in Fluid Mechanics

Monday, November 9, 2009: 3:15 PM
Pres. Boardroom B (Gaylord Opryland Hotel)

Description:
This session of contributed talks focuses on novel numerical methods in fluid mechanics. Contributions that highlight developments in areas including (but not limited to) biofluid mechanics, multiscale flows, multiphase flows and microfluidics, using new algorithms, mathematical models, high performance computing, or grid infrastructures are encouraged.


Sponsor:
Fluid Mechanics
Co-Sponsor(s):
Applied Mathematics and Numerical Analysis (10d)


Chair:
Venkat Ganesan
Email: venkat@che.utexas.edu

Co-Chair:
Ileana C. Carpen
Email: icarpen@tntech.edu


3:15 PM
(162a) A General Method for Accurate Size Determination From 2-D Images
Md. Iqbal Hossain, Tao Chen, Yanhui Yang and Raymond Lau

3:30 PM
(162b) Coarse-Grain Molecular Fluid Mechanics
Alan Graham, Antonio Redondo, Shihai Feng and Patrick Reardon

3:45 PM
(162c) A Cartesian Cut Cell Method for Gas/Solids Flow
Jean-Francois Dietiker

4:00 PM
(162d) RANS and LES of Single and Multiphase Flows Using the Immersed Surface Technology Combined with Block Mesh Refinement (IST/BMR)
Narayanan Chidambaram and Djamel Lakehal

4:15 PM
(162e) Predicting Turbulent Flows Using the Immersed Surface Technology Combined with Block Mesh Refinement (IST/BMR)
Daniel Caviezel, Narayanan Chidambaram and Djamel Lakehal

4:30 PM
(162f) Numerical Evolution of Model and Parametric Sensitivities in Turbulent Reacting Flow Simulations
Colleen Kaul, Yonduck "James" Sung and Venkat Raman

4:45 PM
(162g) Numerical Study of Bubble Dynamics with Advanced Lattice Boltzmann Simulation
Zhao Yu and Liang-Shih Fan

5:00 PM
(162h) Rapid and Robust Optimization of Transport Limited Processes in Laminar Flows
Daniel Lester and Guy Metcalfe

5:15 PM
(162i) A Non-Stiff Cytoskeleton-Based Continuum Computational Modeling for the Dynamics of Erythrocytes in Strong Viscous Flows
Panagiotis Dimitrakopoulos and Walter R. Dodson
See more of this Group/Topical: Engineering Sciences and Fundamentals