Development of Radiation and Atomic Physics Modeling To Support High-Fidelity Simulation of HEDLP Experiments
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MacFarlane, J J↗
SEARCH · Engineering Papers
Results for “Physics Modeling”
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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A physical model of switching dynamics in tantalum oxide memristive devices .
Abstract Not Provided
Mickel, Patrick R↗
Complexities in Multi-scale Multi-physics Modeling of Solar Thermochemical Reactors.
Abstract Not Provided
Hogan, Jr, Roy E↗
Improving Surface Radiation in a Satellite-Based Physical Model (Poster)
This poster provides an overview of the solar resource assessment work needed to achieve high penetrations of concentrating solar power or photovoltaics on the grid.
14 SOLAR ENERGY↗
SIERRA Mechanics for Coupled Multi-Physics Modeling of Salt Repository Behaviorfor NEAMS Applications.
Abstract not provided.
Rath, Jonathan S.↗
Simple Shock Physics Models -- Initial Studies for Real Applied Problems (U).
Abstract not provided.
Lawrence, Raymond Jefferey↗
Simple Shock Physics Models--Initial Studies for Real Applied Problems (U).
Abstract not provided.
Lawrence, Raymond J.↗
Uncertainty Quantification and Calibration of Physical Models.
Abstract not provided.
Chowdhary, Kamaljit Singh↗
Experimental validation of microparticle physics models.
Abstract not provided.
Hubbard, Joshua Allen↗
Control Systems for a Dynamic Multi-Physics Model of a Nuclear Hybrid Energy System
A Nuclear Hybrid Energy System (NHES) uses a nuclear reactor as the basic power generation unit, and the power generated is used by multiple customers as either thermal power, electrical power, or both. The definition and architecture of a particular NHES can be adapted based on the needs and opportunities of different local markets. For example, locations in need of potable water may be best served by coupling a desalination plant to the NHES. Similarly, a location near oil refineries may have a need for emission-free hydrogen production. Using the flexible, multi-domain capabilities of Modelica, Argonne National Laboratory, Idaho National Laboratory, and Oak Ridge National Laboratory are investigating the dynamics (e.g., thermal hydraulics and electrical generation/consumption) and cost of a hybrid system. This paper examines the NHES work underway, emphasizing the control system developed for individual subsystems and the overall supervisory control system.
control system↗
Towards Scalable Solution of Continuum Plasma Physics Models by Approximate Block Factorization Preconditioners.
Abstract not provided.
Shadid, John N.↗
Scalable Solution Methods for Multiple-time-scale Plasma Physics \\ Models that Enable Beyond Forward Simulations.
Abstract not provided.
Shadid, John N.↗
Scalable Block Preconditioners for Maxwell's Equations and Continuum Plasma Physics Models.
Abstract not provided.
Phillips, Edward Geoffrey↗
Scalable Newton-Krylov-AMG Solution Methods for Implicit / IMEX Continuum Plasma Physics Models.
Abstract not provided.
Shadid, John N.↗
Integrating the PNNL SOFC Multi-Physics Model into the NETL Aspen System Model as a Reduced Order Model
Conference presentation from the 16th Annual SOFC Workshop that highlights the integration and validation of the PNNL SOFC model into NETL SOFC system models. The integration strengthens NETL's analyses by incorporating state-of-the-art industry performance data that can be used to inform real and achievable future targets for the cost and performance of SOFC technology.
Hackett, Gregory↗
Parameter Tuning and Physics Model Comparison Using Statistical Learning
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Francom, Devin Craig↗