Coupled Model for Thermal-Hydrological-Mechanical Processes in a High-Level Radioactive Waste Repository in Salt
Abstract not provided.
Publications
Numerical Simulation of a Hard and Soft Missile Impact Into a Steel Reinforced Concrete Target
Abstract not provided.
Revisiting the 1980's WIPP Rooms D & BIn-Situ Experiments
Abstract not provided.
NUMERICAL SIMULATION OF A HARD AND A SOFT MISSILE IMPACT INTO A STEEL REINFORCED CONCRETE TARGET: OVERVIEW OF WORK PERFORMED BY SNL FOR THE US NRC IN SUPPORT OF THE IRIS 2012 EXERCISE
Abstract not provided.
Revisiting the 1980?s WIPP Room D and B In-Situ Experiments: Performing Thermo-Mechanical Simulations of Rock Salt Using a State-of-the-Art Code Suite
Abstract not provided.
Numerical Simulation of a Rigid and a Soft Missile Impact Into a Steel Reinforced Concrete Target: Overview of Work Performed by SNL for the US NRC in Support of the IRIS 2012 Exercise
Abstract not provided.
Revisiting historic numerical analyses of the Waste Isolation Pilot Plant (WIPP) rooms B and D in-situ experiments regarding thermal/structural response
Abstract not provided.
Modeling Separator Deformation and Electrolyte Flow in ThermallyActivated Batteries
Abstract not provided.
Preliminary Validation of Thermal-Mechanical Capability in Sierra Mechanics for Salt Repository Modeling
Abstract not provided.
SIERRA Mechanics for Coupled Multi-Physics Modeling of Salt Repository Behaviorfor NEAMS Applications
Abstract not provided.
NRC/SNL STUDIES ON IMPROVING ROBUSTNESS ASSESSMENT METHODOLOGIES FOR STRUCTURES IMPACTED BY MISSILES
Abstract not provided.
Sandia National Laboratories/U.S. Nuclear Regultory Commission: LS-DYNA Simulations
Abstract not provided.
High energy fluid impacts into a concrete/soil structure
Abstract not provided.
13 Results