The centerpiece of the Discrete Ordinates Oak Ridge System (DOORS), the three-dimensional neutral particle transport code TORT is reviewed. Its most prominent features pertaining to large applications, such as adjustable problem parameters, memory management, and coarse mesh methods, are described. Advanced, state-of-the-art capabilities including acceleration and multiprocessing are summarized here. Future enhancement of existing graphics and visualization tools is briefly presented
The EIRENE neutral gas transport code is described. This code resorts to a combinatorial discretisat...
This paper describes the generalized-geometry capabilities of the two-dimensional NEWT transport sol...
The DANTSYS code package includes the following transport codes: ONEDANT, TWODANT, TWODANT/GQ, TWOHE...
A scalable, parallel code system to perform neutral particle transport calculations in three dimensi...
The multitasking options in the three-dimensional neutral particle transport code TORT originally im...
This is the final report of a three-year, Laboratory Directed Research and Development (LDRD) projec...
THREETRAN (hex,z) is a three-dimensional, multigroup, discrete-ordinates neutral-particle transport ...
TORT calculates the flux or fluence of neutrons and/or photons throughout three-dimensional systems ...
The THREEDANT code is the latest addition to our system of codes, DANTSYS, which perform neutral par...
This final report discusses major accomplishments of a 3-year project under the DOE's NEER Program. ...
This paper describes the use of a ''mesh potential'' function for automatic coarsening of meshes in ...
It has become increasingly apparent that successful, general methods for the solution of the neutral...
TRANSPORT has been in existence in various evolutionary versions since 1963. The present version of ...
A software system, GRAVE (Geometry Rendering and Visual Editor), has been developed at the Oak Ridge...
Abstract: New version of program package PARSE assigned for the transport calculations of ...
The EIRENE neutral gas transport code is described. This code resorts to a combinatorial discretisat...
This paper describes the generalized-geometry capabilities of the two-dimensional NEWT transport sol...
The DANTSYS code package includes the following transport codes: ONEDANT, TWODANT, TWODANT/GQ, TWOHE...
A scalable, parallel code system to perform neutral particle transport calculations in three dimensi...
The multitasking options in the three-dimensional neutral particle transport code TORT originally im...
This is the final report of a three-year, Laboratory Directed Research and Development (LDRD) projec...
THREETRAN (hex,z) is a three-dimensional, multigroup, discrete-ordinates neutral-particle transport ...
TORT calculates the flux or fluence of neutrons and/or photons throughout three-dimensional systems ...
The THREEDANT code is the latest addition to our system of codes, DANTSYS, which perform neutral par...
This final report discusses major accomplishments of a 3-year project under the DOE's NEER Program. ...
This paper describes the use of a ''mesh potential'' function for automatic coarsening of meshes in ...
It has become increasingly apparent that successful, general methods for the solution of the neutral...
TRANSPORT has been in existence in various evolutionary versions since 1963. The present version of ...
A software system, GRAVE (Geometry Rendering and Visual Editor), has been developed at the Oak Ridge...
Abstract: New version of program package PARSE assigned for the transport calculations of ...
The EIRENE neutral gas transport code is described. This code resorts to a combinatorial discretisat...
This paper describes the generalized-geometry capabilities of the two-dimensional NEWT transport sol...
The DANTSYS code package includes the following transport codes: ONEDANT, TWODANT, TWODANT/GQ, TWOHE...