SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been developed by Oak Ridge National Laboratory at the request of the US Nuclear Regulatory Commission. The SCALE system utilizes well-established computer codes and methods within standard analysis sequences that (1) allow an input format designed for the occasional user and/or novice; (2) automate the data processing and coupling between modules, and (3) provide accurate and reliable results. System developments has been directed at problem-dependent cross-section processing and analysis of criticality safety, shielding, heat transfer, and depletion/decay problems. Since the initial release of SCALE in 1980, the code system has been heavily used for ...
System codes along with necessary nodalizations are valuable tools for thermal hydraulic safety anal...
In this thesis, a method for using RELAP5/MOD3.3 (Patch03) code models is described to establish and...
The staff of the Nuclear Engineering Applications Section (NEAS) at Oak Ridge National Laboratory (O...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
This Manual represents Revision 5 of the user documentation for the modular code system referred to ...
This Manual represents Revision 5 of the user documentation for the modular code system referred to ...
This Manual represents Revision 5 of the user documentation for the modular code system referred to ...
Accurate and reliable computational methods are essential for nuclear criticality safety analyses. T...
The SCALE computational system is a modular code system for analyses of nuclear fuel facility and pa...
System codes along with necessary nodalizations are valuable tools for thermal hydraulic safety anal...
As the speed, available memory, and reliability of computer hardware increases and the cost decrease...
System codes along with necessary nodalizations are valuable tools for thermal hydraulic safety anal...
In this thesis, a method for using RELAP5/MOD3.3 (Patch03) code models is described to establish and...
The staff of the Nuclear Engineering Applications Section (NEAS) at Oak Ridge National Laboratory (O...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
SCALE--a modular code system for Standardized Computer Analyses Licensing Evaluation--has been devel...
This Manual represents Revision 5 of the user documentation for the modular code system referred to ...
This Manual represents Revision 5 of the user documentation for the modular code system referred to ...
This Manual represents Revision 5 of the user documentation for the modular code system referred to ...
Accurate and reliable computational methods are essential for nuclear criticality safety analyses. T...
The SCALE computational system is a modular code system for analyses of nuclear fuel facility and pa...
System codes along with necessary nodalizations are valuable tools for thermal hydraulic safety anal...
As the speed, available memory, and reliability of computer hardware increases and the cost decrease...
System codes along with necessary nodalizations are valuable tools for thermal hydraulic safety anal...
In this thesis, a method for using RELAP5/MOD3.3 (Patch03) code models is described to establish and...
The staff of the Nuclear Engineering Applications Section (NEAS) at Oak Ridge National Laboratory (O...