CASTLE – A Framework for Building Online Strategic Wargames for Conflict Analysis and Experimentation
Abstract not provided.
Publications
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Jump to search filtersGeochemical Modeling: EQ3/6 and PHREEQC
Abstract not provided.
Low-order planar pressure reconstruction of symmetric and cambered stalled airfoils using Particle Image Velocimetry
Abstract not provided.
Learning a quantum computer's capability using convolutional neural networks
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PHYSICAL PROTECTION RECOMMENDATIONS AND EVALUATION METHODS FOR SECURE TRANSPORT
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Interlaced Material Characterization and Model Calibration (ICC)
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Algorithmic and Performance Portability Developments in the Trilinos Solver Stack
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High-Enthalpy, Hypersonic Aerodynamic Validation Study with Multiple Physics-Fidelity Models
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Inductive Effects in Electron-Beam-Induced Excitation and Ionization of Air and Other Gases
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Establishing a data-driven strength model for 𝜷-tin by performing symbolic regression using genetic programming
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Adaptive Randomized Sketching for Dynamic Nonsmooth Optimization
Abstract not provided.
Infrasound observations of the September 22, 2020 earthgrazing fireball
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High-fidelity trapped-ion qubit operations with scalable photonic modulators
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Exploring the Equations of State of Planetary Mixtures
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Extending Utah models for event discrimination to the broader US with semi-supervised learning
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Using the Information Harm Triangle to Mitigate Sequences of Unsafe Control Actions with Defense-in-Depth Cybersecurity Measures
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ORIGEN/MELCOR Integration
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Effect of gravity wave induced small-scale perturbations in the atmosphere on infrasound arrival times at a high-altitude floating sensor system
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Vertical Applications for Spack: What, Why, and How
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Physical Protection Technology Recommendations and Evaluation Methods
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Engineered Barrier Systems Research Overview
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Flow dynamics through simplified battery rack configurations
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Computing Sparse Tensor Decompositions via Chapel and C++/MPI Interoperability without Intermediate I/O
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Non-LWR High-Level Overview
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Optimized collision-specific parameters for binary mixtures of nitrogen, oxygen, argon, and helium
Physics of Fluids
Recently proposed collision-specific parameters for direct simulation Monte Carlo simulations are tested for binary mixtures of nitrogen, oxygen, and argon. Near ambient conditions, the traditional collision-averaged parameters are highly accurate, whereas the collision-specific parameters are not. The simulated transport using the collision-averaged parameters for mixtures with helium, however, is found to be inaccurate. Hence, we propose a novel method to determine molecular parameters by combining the Chapman-Enskog theory with empirical mixing rules and experimental data. The optimized parameters are highly accurate for the binary mixtures of nitrogen, oxygen, and argon and greatly improve the simulated transport for the helium mixtures.
Results 4226–4250 of 101,000