Wednesday Afternoon 2
Time	Session	Location	Title
1600	H34A	MCC 3007	Pore-Scale Processes: New Measurement Techniques, Modeling Strategies, and Theories for Dealing With Fluid-Flow Phenomena III Presiding: D Wildenschild, Oregon State University; M G Schaap, University of California, Riverside    [Abstracts]
1600	H34A-01	MCC 3007	High-resolution Imaging of Multiphase Porous Media: Impact of Pore-scale Geometry and Topology and Fractional Wettability *C S Willson, K E Thompson, K Ham    [details]
1615	H34A-02	MCC 3007	A Grain-based Algorithm for Constructing Physically Representative Network Mappings of Porous Media K E Thompson, *C S Willson, A H Reed    [details]
1630	H34A-03	MCC 3007	Navier Stokes Pore Scale Modeling of Two-Phase Flow through an Artificial Porous Medium *A R Mazaheri, M V Ferer, G Ahmadi, D H Smith    [details]
1645	H34A-04	MCC 3007	Volume of fluid (VOF) simulation of two-phase incompressible fluid flow through interconnected pores and fracture networks *H Huang, P Meakin    [details]
1700	H34A-05	MCC 3007	Lattice Boltzmann Simulations of Permeability in Statistically Reconstructed Three-Dimensional Pore Structures *M G Schaap, I Lebron    [details]
1715	H34A-06	MCC 3007	Development Of A Least-Squares Finite-Element Based Lattice Boltzmann Method For Modeling Fluid Flow In Porous Media *Y Li, E J LeBoeuf, P K Basu    [details]
1730	H34A-07	MCC 3007	Dispersion in Porous Media from Pore-scale Network Simulation *B Bijeljic, A H Muggeridge, M J Blunt    [details]
1745	H34A-08	MCC 3007	Numerical modeling of surface and water phase contributions to the electrical properties of partially saturated sandstones A Brovelli, *G Cassiani, E Dalla, F Bergamini, D Pitea, A M Binley    [details]