A Local Support Operator Diffusion Discretization Scheme for
Hexahedral Meshes
- A presentation by Michael L. Hall, Jim E. Morel
and Mikhail J. Shashkov which was given at the JOWOG 42 meeting on
October 21st, 1999 at Los Alamos National Laboratory -- is available
in HTML,
PDF
and
PostScript
formats (LA-UR-99-5834).
-
A Local Support-Operators Diffusion Discretization Scheme for
Hexahedral Meshes
- A presentation by Jim Morel, Michael L. Hall, and
Mikhail J. Shashkov which was presented at a CNLS Numerical Analysis
Seminar on November 9th, 1999 at Los Alamos National Laboratory -- is
available in HTML,
PDF
and
PostScript
formats (LA-UR-99-6259).
-
A Local Support-Operators Diffusion Discretization Scheme for
Hexahedral Meshes
- A paper by J. E. Morel, Michael L. Hall, and
Mikhail J. Shashkov which has been submitted to the Journal
of Computational Physics, Summer 1999 -- is available in
HTML,
PDF
and
PostScript
formats (LA-UR-99-4358).
-
Diffusion Discretization Schemes in Augustus: A New Hexahedral
Symmetric Support Operator Method
- A presentation by Michael
L. Hall and Jim E. Morel which was given three times -- to
the ASCI PI meeting on July 14th, 1998 at Los Alamos National
Laboratory; at an X-Division Work In Progress talk on July 29th,
1998; and at the Nuclear Explosives Code Development Conference
in Las Vegas, NV on October 29th, 1998 -- is available in
HTML,
PDF
and
PostScript
formats (LA-UR-98-3146).
-
A Second-Order Cell-Centered Diffusion Difference Scheme for
Unstructured Hexahedral Lagrangian Meshes
- A presentation by Michael
L. Hall and Jim E. Morel which was given twice -- at the International
Congress On Computational And Applied Mathematics in Leuven, Belgium
on July 26th, 1996; and at the Nuclear Explosives Code Developers
Conference in San Diego, CA on October 24th, 1996 -- is available in
PostScript
and PDF
formats (LA-CP-97-7). It was presented with a video.
-
A Second-Order Cell-Centered Diffusion Difference Scheme for
Unstructured Hexahedral Lagrangian Meshes
- A paper by
Michael L. Hall and Jim E. Morel in the Proceedings
of the 1996 Nuclear Explosives Code Developers
Conference (NECDC), UCRL-MI-124790 is available in
HTML,
PDF
and
PostScript
formats (LA-CP-97-8).
-
Unique Linear Solver Needs of the Los Alamos Radiation
Transport Team
- A presentation
by Michael L. Hall and John M. McGhee which discusses the peripheral
issue of linear solvers with respect to two main code packages, DANTE
and Augustus/Spartan, is available in PostScript
and PDF
formats (LA-UR-99-1225). It
was presented at the Application Code Developers Meeting of the
Accelerated Strategic Computing Initiative in Albuquerque, NM,
August 28th, 1996.
-
RAYHYD: An ICF Target Simulation Code Written in C++
- A paper by Kent G. Budge, James S. Peery, Timothy G. Trucano, Mike
K. Wong, Jim E. Morel and Michael L. Hall in the Proceedings
of the 1994 Nuclear Explosives Code Developers Conference (NECDC) is
available in PDF
format.
-
Augustus: Unstructured Quadrilateral Mesh Diffusion
- A preliminary results presentation by Michael L. Hall and Jim E. Morel that was made very early in the development of Augustus, without much detail, is available in PostScript and PDF. It was presented internally at Sandia National Laboratory on May 6th, 1994.
Telluride Articles:
The Telluride home page
Discussion of the Telluride Diffusion Discretization
- A presentation by Michael L. Hall that was made to the Telluride Solver Working Group on November 6th, 2002, and then later expanded significantly, is available in PostScript and PDF formats (LA-UR-02-7511).
-
A Viewfactor-Based Radiative Heat Transfer Model for Telluride
- A LANL technical report by John A. Turner, Michael L. Hall and Austin J. Minnich for the Telluride Team on August 7th, 2002 is available in PDF format (LA-UR-03-8695).
-
A Viewfactor-Based Radiative Heat Transfer Model for Telluride
- A presentation by John A. Turner, Michael L. Hall and Austin J. Minnich that was made to the Telluride Team on August 8th, 2002 is available in PDF format (LA-UR-03-8704).
Michael L. Hall