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1
Stabilized Discretizations for Fluid Flows and Coupled Poromechanics.
Stabilized Discretizations for Fluid Flows and Coupled Poromechanics.
Aronson, Ryan Michael. | Stanford University. | 2024
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2
Analytical and Computational Techniques for Fluid Flows Interacting with Intense Radiation Fields.
Analytical and Computational Techniques for Fluid Flows Interacting with Intense Radiation Fields.
Cearley, Griffin S.Mechanical Engineering. | University of Michigan. | 2022
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3
Development of Efficiently Coupled Fluid Flow and Geomechanics Model for Highly Fractured Reservoirs.
Development of Efficiently Coupled Fluid Flow and Geomechanics Model for Highly Fractured Reservoirs.
Sangnimnuan, Anusarn.Petroleum Engineering. | Texas A&M University. | 2019
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4
Modeling of Cerebrospinal Fluid Flow Using Quantitative MRI for Clinical Application.
Modeling of Cerebrospinal Fluid Flow Using Quantitative MRI for Clinical Application.
Sincomb, Stephanie.Mechanical and Aerospace Engine | University of California, San Diego. | 2022
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5
Hardware Acceleration for Fluid Flow Simulation
Hardware Acceleration for Fluid Flow Simulation
Altoyan, Wesson. | Stanford University | 2020
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6
Advanced Microfluidic Framework for Understanding of Fluid-flow in Porous Media: Microfabrication, Imaging, and Deep-learning
Advanced Microfluidic Framework for Understanding of Fluid-flow in Porous Media: Microfabrication, Imaging, and Deep-learning
Yun, Wonjin. | Stanford University | 2019
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7
Seismic Studies of Interactions Between the Accretionary, Tectonic, Fluid Flow, and Sedimentary Processes that Impact the Evolution of Oceanic Lithosphere
Seismic Studies of Interactions Between the Accretionary, Tectonic, Fluid Flow, and Sedimentary Processes that Impact the Evolution of Oceanic Lithosphere
Boulahanis, Bridgit. | Columbia University | 2021
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8
Developing a Unified Velocity Boundary Condition for Fluid Flows
Developing a Unified Velocity Boundary Condition for Fluid Flows
Thalakkottor, Joseph John. | University of Florida | 2019
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9
Frictional, Large-Deformation Poroelastic Flow: Theory and Experiments.
Frictional, Large-Deformation Poroelastic Flow: Theory and Experiments.
Lutz, Tyler.Physics. | Yale University. | 2021
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