TEMPEST (Transient Energy Momentum and Pressure Equations Solutions in Three dimensions) is a powerful tool for solving engineering problems in nuclear energy, waste processing, chemical processing, and environmental restoration because it analyzes and illustrates 3-D time-dependent computational fluid dynamics and heat transfer analysis. It is a family of codes with two primary versions, a N- Version (available to public) and a T-Version (not currently available to public). This handout discusses its capabilities, applications, numerical algorithms, development status, and availability and assistance
VTT maintains and further developes a comprehensive safety analysis code system ranging from the bas...
Introduction. Code_Saturne is a multipurpose Computational Fluid Dynamics (CFD) software package, wh...
A request was formulated to University of Pisa by the Government regulatory body in Korea KINS (Kore...
International audienceThis paper describes the finite volume method implemented in Code Saturne, Ele...
The NEPTUNE Project prepares a new generation of tools for multi-scale thermal-hydraulics computatio...
The SCORE-EVET code was developed to study multidimensional transient fluid flow in nuclear reactor ...
A computer code TEA-01 has been developed for the simulation and analysis of fast thermo-hydraulic t...
A three-dimensional reactor dynamics computer code has been developed, validated and applied for tra...
This archive contains source codes to produce initial and boundary conditions for idealized tropical...
BAGIRA - a thermal-hydraulic program complex was primarily developed for using it in nuclear power p...
This report describes and documents the theoretical and computational aspects of a three-dimensional...
STAR category 02."June 1982"--Cover."Massachusetts Institute of Technology, Gas Turbine and Plasma D...
who provided both data and analysis and acted as liaisons for this project in answering our question...
The evaluation model and computational capabilities required for engineering design and safety analy...
The Transient Reactor Analysis Code (TRAC) is being developed at the Los Alamos National Laboratory ...
VTT maintains and further developes a comprehensive safety analysis code system ranging from the bas...
Introduction. Code_Saturne is a multipurpose Computational Fluid Dynamics (CFD) software package, wh...
A request was formulated to University of Pisa by the Government regulatory body in Korea KINS (Kore...
International audienceThis paper describes the finite volume method implemented in Code Saturne, Ele...
The NEPTUNE Project prepares a new generation of tools for multi-scale thermal-hydraulics computatio...
The SCORE-EVET code was developed to study multidimensional transient fluid flow in nuclear reactor ...
A computer code TEA-01 has been developed for the simulation and analysis of fast thermo-hydraulic t...
A three-dimensional reactor dynamics computer code has been developed, validated and applied for tra...
This archive contains source codes to produce initial and boundary conditions for idealized tropical...
BAGIRA - a thermal-hydraulic program complex was primarily developed for using it in nuclear power p...
This report describes and documents the theoretical and computational aspects of a three-dimensional...
STAR category 02."June 1982"--Cover."Massachusetts Institute of Technology, Gas Turbine and Plasma D...
who provided both data and analysis and acted as liaisons for this project in answering our question...
The evaluation model and computational capabilities required for engineering design and safety analy...
The Transient Reactor Analysis Code (TRAC) is being developed at the Los Alamos National Laboratory ...
VTT maintains and further developes a comprehensive safety analysis code system ranging from the bas...
Introduction. Code_Saturne is a multipurpose Computational Fluid Dynamics (CFD) software package, wh...
A request was formulated to University of Pisa by the Government regulatory body in Korea KINS (Kore...