Publications

Robinson, Allen C.; Petney, Sharon P.; Drake, Richard R.; Weirs, Vincent G.; Adams, Brian M.; Vigil, Dena V.; Carpenter, John H.; Garasi, Christopher J.; Wong, Michael K.; Robbins, Joshua R.; Siefert, Christopher S.; Strack, Otto E.; Wills, Ann E.; Trucano, Timothy G.; Bochev, Pavel B.; Summers, Randall M.; Stewart, James R.; Ober, Curtis C.; Rider, William J.; Haill, Thomas A.; Lemke, Raymond W.; Cochrane, Kyle C.; Desjarlais, Michael P.; Love, Edward L.; Voth, Thomas E.; Mosso, Stewart J.; Niederhaus, John H.

Abstract not provided.

Weirs, Vincent G.; Orient, George E.; Swiler, Laura P.; Romero, Vicente J.; Carnes, Brian C.

Abstract not provided.

Weirs, Vincent G.; Rider, William J.; Kamm, James R.

Abstract not provided.

Weirs, Vincent G.; Carnes, Brian C.; Hu, Kenneth H.; Orient, George E.; Romero, Vicente J.; Swiler, Laura P.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Orient, George E.; Carnes, Brian C.; Romero, Vicente J.; Swiler, Laura P.; Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.

Prism is a ParaView plugin that simultaneously displays simulation data and material model data. This document describes its capabilities and how to use them. A demonstration of Prism is given in the first section. The second section contains more detailed notes on less obvious behavior. The third and fourth sections are specifically for Alegra and CTH users. They tell how to generate the simulation data and SESAME files and how to handle aspects of Prism use particular to each of these codes.

Rider, William J.; Weirs, Vincent G.; Love, Edward L.

Abstract not provided.

Davis, Jean-Paul D.; Lane, James M.; Thompson, Aidan P.; Drake, Richard R.; Weirs, Vincent G.; Flicker, Dawn G.; Robbins, Joshua R.; Lemke, Raymond W.; Martin, Matthew; Alexander, Charles S.; Haill, Thomas A.; Ao, Tommy A.; Dolan, Daniel H.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Rider, William J.; Kamm, James R.; Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.; Kamm, James R.; Swiler, Laura P.; Adams, Brian M.; Rider, William J.; Eldred, Michael S.

Abstract not provided.

Weirs, Vincent G.; Swiler, Laura P.; Adams, Brian M.; Rider, William J.; Eldred, Michael S.

Abstract not provided.

Kamm, James R.; Weirs, Vincent G.; Swiler, Laura P.; Adams, Brian M.; Rider, William J.; Eldred, Michael S.

Abstract not provided.

Weirs, Vincent G.; Kamm, James R.; Swiler, Laura P.; Adams, Brian M.; Rider, William J.; Eldred, Michael S.

Abstract not provided.

Weirs, Vincent G.; Swiler, Laura P.; Adams, Brian M.; Kamm, James R.; Rider, William J.; Eldred, Michael S.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.

Abstract not provided.

Weirs, Vincent G.; Lemke, Raymond W.; Robinson, Allen C.; Ober, Curtis C.; Banks, Jeffrey W.; Love, Edward L.; Scovazzi, Guglielmo S.; Shadid, John N.; Hanshaw, Heath L.

Abstract not provided.

Moreland, Kenneth D.; Chavez, Elmer A.; Weirs, Vincent G.; Brunner, Thomas A.; Trucano, Timothy G.; Karelitz, David B.

The 9/30/2007 ASC Level 2 Post-Processing V&V Milestone (Milestone 2360) contains functionality required by the user community for certain verification and validation tasks. These capabilities include loading of edge and face data on an Exodus mesh, run-time computation of an exact solution to a verification problem, delivery of results data from the server to the client, computation of an integral-based error metric, simultaneous loading of simulation and test data, and comparison of that data using visual and quantitative methods. The capabilities were tested extensively by performing a typical ALEGRA HEDP verification task. In addition, a number of stretch criteria were met including completion of a verification task on a 13 million element mesh.