DECOVALEX 2023 TASK B - MAGIC: How to move fluids through deformable low-permeability media.
Abstract not provided.
Wang, Yifeng↗
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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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DECOVALEX 2023 TASK G: Step2 and Step 3 - Benchmark Exercises: G2-HM-BE-2D and G3-TM-BE-2DSNL Modeling Progress.
Abstract not provided.
Hadgu, Teklu↗
DECOVALEX23: Task C, Step 1SNL Preliminary Thermal Hydrologic Modeling of Full-Scale Heater Experiment (b).
Abstract not provided.
Hadgu, Teklu↗
Evaluating On-Demand Parallel File System Impacts on Compute-Bound Tasks .
Abstract not provided.
Curry, Matthew↗
DECOVALEX23: Task C, Step 1 SNL Calibration Thermal-Hydrologic Simulations.
Abstract not provided.
Hadgu, Teklu↗
Applications of Autonomous Sensor Task Planner for Intelligence, Surveillance and Reconnaissance.
Abstract not provided.
Johnson, Sarah↗
Characterizing the Performance of Task Reductions in OpenMP 5.X Implementations.
Abstract not provided.
Ciesko, Jan↗
Cognitive impacts of computer vision-based decision support for international nuclear safeguards-relevant visual analysis tasks .
Abstract not provided.
Gastelum, Zoe Nellie↗
DECOVALEX 2023 TASK G: Step 2 ? M and Coupled HM Preliminary SNL Modeling Results.
Abstract not provided.
Hadgu, Teklu↗
DECOVALEX23: Task C, Step 1 SNL Updated Calibration Thermal-Hydrologic Simulations.
Abstract not provided.
Hadgu, Teklu↗
Impact of small multiples' dataset size on task performance.
Abstract not provided.
Hosseinpour, Helia↗
Status Report of Joint RPI/ORNL NCSP Task for Thermal Neutron Total Cross Section Measurements
A new cold neutron moderator system was developed and constructed at the Rensselaer Polytechnic Institute (RPI) Gaerttner Linear Accelerator. This system was then used to measure the neutron total cross section in the thermal energy range for polyethylene, polystyrene, Lucite, and yttrium hydride. In tandem with these measurements, a fitting procedure was developed at Oak Ridge National Laboratory to vary computationally simulated phonon density of states until a fit with differential and integral data was achieved. This model, combined with the new RPI total cross section data, was used to generate thermal scattering law files for the materials measured at RPI.
36 MATERIALS SCIENCE↗