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Lawrence Livermore National Laboratory
Development and Study of a Method Adaptive in Angle Variables for Solving 2D Transport Equation [1]
Mesh Refinement and Reconnection in Arbitrary Polyhedral Free-Lagrange Hydrodynamics Simulations [2]
Multifunctional Shock Tube Experimental Investigation of Gravitational Instabilities Evolution [3]
Monte Carlo Input Translators and Generator [4]
Vanadium Dynamic Strength Measurements [5]
The ACT-Electronic Project-Quantum Mechanical Simulation of Actinides [6]
Molecular Dynamics Simulation of Elastic-Plastic and Spall Mechanisms in Cu when Dynamic Loading [7]
Development and Study of a Method Adaptive in Energy Variables for Solving the Radiation Transport Equation [8]
Structured/Unstructured Hybrid Mesh Hydrodynamics and Heat Conduction Studies [9]
Analytical Solutions to Test Computer Codes Simulating Gas Dynamics and Radiation Transport Problems in Different Approximations [10]
Los Alamos National Laboratory
Experimental-Theoretical-Numerical Studies of Constitutive Behavior and Damage Mechanics [11]
Influence of Dynamic Material Properties on Perturbation Growth in Solids [12]
Shock Compression Studies of Phase Changing Materials with PVDF and Manganin Gauges [13]
Publication of the Monograph Entitled “Methods for Study of Substance Properties Under Intense Dynamic Loading” [14]
Molecular Dynamics Simulations of Shock-Induced Microstructure Evolution and Helium Bubble Diffusion in Metals [15]
Phase Transition Kinetics and High-Rate Stress-Strain Response of Pure Cerium [16]
Development of an Improved Detonation Model [17]
Application and Study of the KM and VKL Methods on Flows with Interfaces [18]
Liner Physics (LP) Experiments for Pulse Power Hydrodynamics [19]
Atlas Liner Technology (ALT) for Pulsed Power Hydrodynamics [20]
High-Energy Liner Experiment (HEL-1) [21]
High Strain/High Strain Rate (HSR) Experiments [22]
Exploration of Damage Mechanisms in Cylindrical Geometry [23]
Advanced Liner Technology Using VNIIEF Disk Explosive Magnetic Generators (DEMG) [24]
Sandia National Laboratories
Numerical Simulation of Wire Array Implosions [25]
Development of Hybrid Codes for Modeling Petawatt Laser Interactions with Dense Matter [26]
Numerical Magneto-Hydrodynamic Simulation of Z- and Z-θ Pinches at Pulsed Power Facilities at Sandia National Laboratories [27]
Atomistic Study of Phonon Generation and Evolution by Laser Excitation [28]
Atomistic Study of Phonon Generation and Evolution During Dynamic Crack Propagation [29]
Performance and Reliability Modeling of MEMS: Modeling the Effects of Mechanics and Chemistry on Material Damage and Failure [30]
Development of a Platform-Independent Molecular Builder and Visualizer [31]
Extending Non-Equilibrium Molecular Dynamics Simulation Methods [32]
Scalability Assessment for Parallel Algorithms of Numerical Simulation: Gas Dynamics and Heat Conduction (Diffusion) [33]
Development of Fast High Current Linear Transformer Drivers for the Next Generation of Z-pinch Fusion Drivers [34]
Measurement of Time Instability (Heterogeneity) of Parallel Computer and Its Impact on Parallel Algorithm Scalability [35]
Scalability Studies for Simulation Codes Based on Varying Models of Interprocessor Communications [36]
Thermal Decomposition of Polymeric Materials [37]
Z-Theta Plasma Compression Experiments [38]
