Porous Media Flows: Upscaling & Modeling
ORAL · Q35 ·
Presentations
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Upscaling the Navier-Stokes Equation for Turbulent Flows in Porous Media Using a Volume Averaging Method
ORAL
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Authors
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Brian Wood
- Oregon State University
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Xiaoliang He
- Oregon State University
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Sourabh V. Apte
- Oregon State University
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Energy-based upscaling of immiscible two-phase flow in porous media: flow regimes and applicability conditions
ORAL
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Authors
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Davide Picchi
- Stanford Univ
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Ilenia Battiato
- Stanford Univ
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A metamodel for the apparent permeability tensor of three-dimensional porous media in the inertial regime
ORAL
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Authors
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Nicola Luminari
- Institut de M\'ecanique des Fluides de Toulouse
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Christophe Airiau
- Institut de M\'ecanique des Fluides de Toulouse
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Alessandro Bottaro
- DICCA, Scuola Politecnica, Universit\'a di Genova
- University of Genoa
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Effective viscosity in Brinkman equation and stress condition at the interface between a porous medium and a pure fluid
ORAL
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Authors
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Howard Hu
- University of Pennsylvania
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Modeling filtration and fouling with a microstructured membrane filter
ORAL
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Authors
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Linda Cummings
- New Jersey Institute of Technology
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Pejman Sanaei
- New York University
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Stochastic approach to model fouling in membrane filters with complex pore morphology
ORAL
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Authors
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Pejman Sanaei
- New York University
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Binan Gu
- New Jersey Institute of Technology
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Lou Kondic
- New Jersey Institute of Technology
- New Jersey Institute of Technology Department of Mathematical Sciences
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Linda Cummings
- New Jersey Institute of Technology
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On the Pressure Distribution in a Porous Media under a Spherical Loading Surface
ORAL
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Authors
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Qiuyun Wang
- Villanova University
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Zenghao Zhu
- Villanova University
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Rungun Nathan
- Penn State Berks
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Qianhong Wu
- Villanova University
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Viscous flow in and around a cavity surrounded by a concentric permeable patch
ORAL
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Authors
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D. Palaniappan
- Department of Mathematics & Statistics, Texas A&M University, Corpus Christi
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Optimal viscous damping of vibrating porous cylinders
ORAL
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Authors
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Saeed Jafari Kang
- Michigan Tech
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Hassan Masoud
- Michigan Tech
- Michigan Technological University
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A robust control volume finite element method for high aspect ratio domains with dynamic mesh optimisation
ORAL
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Authors
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Pablo Salinas
- Imperial College London
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Dimitrios Pavlidis
- Imperial College London
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Zhihua Zie
- Cardiff University
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Carl Jacquemyn
- Imperial College London
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Christopher Pain
- Imperial College London
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Matthew Jackson
- Imperial College London
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Pre-Darcy flow in tight and shale formations
ORAL
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Authors
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Morteza Dejam
- University of Wyoming
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Hassan Hassanzadeh
- University of Calgary
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Zhangxin Chen
- University of Calgary
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