Computational models for fluid-to-solid transitions in yield stress fluids.
Abstract not provided.
Rao, Rekha R.↗
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Results for “computer model”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Computational Models of Polyurethane Foam Formation for Property Prediction.
Abstract not provided.
Rao, Rekha R.↗
Uniting Experiment and Computational Modeling to Elucidate Structure-Property Relationships of Water Splitting Materials.
Abstract not provided.
Trindell, Jamie↗
Computational models and experimental studies of mold filling in thin channels with yield stress fluids.
Abstract not provided.
Rao, Rekha R.↗
Computational Models for Fluid-to-Solid Transitions in Yield Stress Fluids.
Abstract not provided.
McConnell, Joshua↗
Computational models for fluid-to-solid transitions in yield stress fluids (flash version).
Abstract not provided.
Rao, Rekha↗
Computational models and experimental studies of mold filling in thin channels with yield stress fluids.
Abstract not provided.
Grillet, Anne↗
Uniting Experiment and Computational Modeling to Elucidate Structure-Property Relationships of Water Splitting Materials.
Abstract not provided.
Trindell, Jamie↗
Uncertainty Quantification in Computational Modeling of Plasma-Surface Interactions.
Abstract not provided.
Robbe, Pieterjan↗
Uncertainty Quantification in Computational Modeling of Plasma-Surface Interactions.
Abstract not provided.
Robbe, Pieterjan↗
Formulation of Partitioned Schemes with Non-Standard Computational Models.
Abstract not provided.
de Castro, Amy↗
Formulation and computation of partitioned schemes for coupled problems with non- conventional computational models.
Abstract not provided.
Bochev, Pavel↗
Computational modeling of scattering processes in warm dense beryllium.
Abstract not provided.
Robinson, Brian↗
Computational Modeling of Proppants Transport in Rock Fractures
Presentation describing the direct numerical simulations (DNS) of fluid and particulate transport through rough-walled rock fractures showing transport properties of proppants as a function of fracture properties, injection velocity, and proppant size. Results demonstrate the particulate transport is highly influenced by the ratio of proppant diameter to mean fracture aperture, and quantified in terms of areal space that proppant coverage occurs.
Rousta, Farid↗
JWF and IEC 61400-60 Validation of Computer Models
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Maniaci, David Charles↗
Computational modeling of grain boundary segregation
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Hu, Chongze↗
Uncertainty Quantification in Computational Models of Physical Systems
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Najm, Habib N.↗
Computational Modeling of Explosively Driven Flyer Plate Experiments
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Flessner, Anna↗