FLEXO Development Activities
Abstract not provided.
Publications
Multi-material dynamic domain topology changes in the Lagrangian Grid Reconnection (LGR) code
Abstract not provided.
FLEXO: Development Activities for Z-Next Simulation
Abstract not provided.
Multi-Scale Multi-Physics Plasma Hybrid Algorithms Modeling and Simulations
Abstract not provided.
Computational Multiphysics at Sandia National Laboratories
Abstract not provided.
AMR for Multiphysics Applications on Next Generation Systems
Abstract not provided.
Alexa: Fast Shock Hydrodynamics on GPUs
Abstract not provided.
Alexa: MPI+X Shock Hydrodynamics on Dynamically Adaptive Tetrahedral Meshes
Abstract not provided.
Demonstration of Unstructured Mesh Adaptation for Ice Sheet Modeling Applications
Abstract not provided.
Portably Performant and Conservative Mesh Adaptivity for Lagrangian Shock Dynamics
Abstract not provided.
Mesh Adaptation in Albany
Abstract not provided.
The Albany/FELIX First-Order Stokes Finite Element Ice Sheet Dynamical Core Built Using Trilinos Software Components: Performance Next-Generation Capabilities and Validation
Abstract not provided.
MPI+X Lagrangian Shock Hydrodynamics on Tetrahedral Meshes using Kokkos
Abstract not provided.
Albany: Integrating Algorithmic Components to Build Advanced Applications
Abstract not provided.
Progress on Manycore Multiphysics Simulation in Albany using the Kokkos Portable Hardware Abstraction Library
Abstract not provided.
Development of a Contact MiniApplication Using Kokkos
Abstract not provided.
Implementation of Contact Global Search using Kokkos
Abstract not provided.
Albany on Next-Generation Systems
Abstract not provided.
Redesign of Applications for Threading: Experiences with MiniContact
Abstract not provided.
Albany: A multiphysics application based on Trilinos
Abstract not provided.
Progress in Adaptive Computational Mechanics Applications Using the Albany AgileComponents Framework
Abstract not provided.
Albany: A Component-Based Partial Differential Equation Code Built on Trilinos
ACM Transaction on Mathematical Software
Abstract not provided.
Forward Automatic Differentiation for Numerically Exact Computation of Tangent Operators in Small- and Large-deformation Computational Inelasticity
Abstract not provided.
Development of a Used Fuel Cladding Damage Model Incorporating Circumferential and Radial Hydride Responses
Journal of Nuclear Material
Abstract not provided.
Multi-resolution metal/hydride model for the mechanical behavior and performance of used nuclear fuel Zircaloy cladding
Abstract not provided.
A path towards incorporating the physics and numerics of 304L laser weld failure
Abstract not provided.
A multiscale metal/hydride mechanical model for used-fuel zircaloy cladding under long-term storage and transport
Abstract not provided.
The Effective Combination of Mesh Adaptation and Non-linear Thermo-mechanical Solution Components for the Modeling of Weld Failures
Abstract not provided.
Fuel Rod Material Damage and Multi-scale Modeling
Abstract not provided.
An overview of the Moertel package for non-conformal mesh tying or simple contact problems
Abstract not provided.
NEAMS VLTS project :
The objective of the U.S. Department of Energy Office of Nuclear Energy Advanced Modeling and Simulation (NEAMS) Very Long Term Storage (VLTS) Project is to develop a simple, benchmark model that describes the performance of Zry4 d-hydrides in cladding, under conditions of long-term storage of used fuel. This model will be used to further explore the requirements of hydride modeling for used fuel storage and transport. It is expected that this model will be further developed as its weaknesses are understood, and as a basis of comparison as the Used Fuel Disposition (UFD) Campaign explores more comprehensive, multiscale approaches. Cladding hydride processes, a thermal model, a hydride model API, and the initial implementation of the J2Fiber hydride model is documented in this report.
Hydride Reorientation Model and Experiments
Abstract not provided.
32 Results