Publications

Miles, Jeffery S.; Trott, Christian R.; Brunini, Victor B.; Bettencourt, Matthew T.; Poliakoff, David Z.; Rajamanickam, Sivasankaran R.; Hollman, David S.; Wolf, Michael W.; Glass, Micheal W.

Abstract not provided.

Bettencourt, Matthew T.; Kramer, Richard M.; Cartwright, Keith C.; Phillips, Edward G.; Ober, Curtis C.; Pawlowski, Roger P.; Swan, Matthew S.; Kalashnikova, Irina; Phipps, Eric T.; Conde, Sidafa C.; Cyr, Eric C.; Ulmer, Craig D.; Kordenbrock, Todd H.; Levy, Scott L.; Templet, Gary J.; Hu, Jonathan J.; Lin, Paul L.; Glusa, Christian A.; Siefert, Christopher S.; Glass, Micheal W.

This report documents the outcome from the ASC ATDM Level 2 Milestone 6358: Assess Status of Next Generation Components and Physics Models in EMPIRE. This Milestone is an assessment of the EMPIRE (ElectroMagnetic Plasma In Realistic Environments) application and three software components. The assessment focuses on the electromagnetic and electrostatic particle-in-cell solu- tions for EMPIRE and its associated solver, time integration, and checkpoint-restart components. This information provides a clear understanding of the current status of the EMPIRE application and will help to guide future work in FY19 in order to ready the application for the ASC ATDM L 1 Milestone in FY20. It is clear from this assessment that performance of the linear solver will have to be a focus in FY19.

Wilke, Jeremiah J.; Trott, Christian R.; Edwards, Harold C.; Glass, Micheal W.; Clay, Robert L.

Abstract not provided.

Hemmert, Karl S.; Rajan, Mahesh R.; Hoekstra, Robert J.; Dawson, Shawn D.; Vigil, Manuel V.; Grunau, Daryl G.; Lujan, James L.; Morton, David P.; Nam, Hai A.; Peltz, Paul Jr.; Torrez, Alfred T.; Wright, Cornell W.; Glass, Micheal W.; Hammond, Simon D.

Abstract not provided.

Hemmert, Karl S.; Rajan, Mahesh R.; Hoekstra, Robert J.; Dawson, Shawn D.; Vigil, Manuel V.; Grunau, Daryl G.; Lujan, James L.; Morton, David P.; Nam, Hai A.; Peltz, Paul Jr.; Torrez, Alfred T.; Wright, Cornell W.; Glass, Micheal W.; Hammond, Simon D.

Abstract not provided.

Cook, Jeanine C.; Edwards, Harold C.; Dinge, Dennis D.; Glass, Micheal W.; Hammond, Simon D.; Hoekstra, Robert J.; Lin, Paul L.; Rajan, Mahesh R.; Trott, Christian R.; Vaughan, Courtenay T.

Abstract not provided.

Vaughan, Courtenay T.; Rajan, Mahesh R.; Dinge, Dennis D.; Dohrmann, Clark R.; Glass, Micheal W.; Franko, Kenneth J.; Pierson, Kendall H.; Tupek, Michael R.

Abstract not provided.

Vaughan, Courtenay T.; Rajan, Mahesh R.; Dinge, Dennis D.; Dohrmann, Clark R.; Glass, Micheal W.; Franko, Kenneth J.; Pierson, Kendall H.; Tupek, Michael R.

Abstract not provided.

Vaughan, Courtenay T.; Rajan, Mahesh R.; Dinge, Dennis D.; Dohrmann, Clark R.; Franko, Kenneth J.; Glass, Micheal W.; Pierson, Kendall H.; Tupek, Michael R.

Abstract not provided.

Glass, Micheal W.; Hoekstra, Robert J.

Abstract not provided.

Brown, Kevin H.; Brown, Kevin H.; Voth, Thomas E.; Glass, Micheal W.; Gullerud, Arne S.; Heinstein, Martin W.; Jones, Reese E.

An effort is underway at Sandia National Laboratories to develop a library of algorithms to search for potential interactions between surfaces represented by analytic and discretized topological entities. This effort is also developing algorithms to determine forces due to these interactions for transient dynamics applications. This document describes the Application Programming Interface (API) for the ACME (Algorithms for Contact in a Multiphysics Environment) library.

Brown, Kevin H.; Summers, Randall M.; Glass, Micheal W.; Gullerud, Arne S.; Heinstein, Martin W.; Jones, Reese E.; Summers, Randall M.

An effort is underway at Sandia National Laboratories to develop a library of algorithms to search for potential interactions between surfaces represented by analytic and discretized topological entities. This effort is also developing algorithms to determine forces due to these interactions for transient dynamics applications. This document describes the Application Programming Interface (API) for the ACME (Algorithms for Contact in a Multiphysics Environment) library.

Brown, Kevin H.; Glass, Micheal W.; Gullerud, Arne S.; Heinstein, Martin W.; Jones, Reese E.; Summers, Randall M.

An effort is underway at Sandia National Laboratories to develop a library of algorithms to search for potential interactions between surfaces represented by analytic and discretized topological entities. This effort is also developing algorithms to determine forces due to these interactions for transient dynamics applications. This document describes the Application Programming Interface (API) for the ACME (Algorithms for Contact in a Multiphysics Environment) library.