TEMPEST-BNW: Transient 3-D Thermohydraulics for FBR.
AUXILARY CODES:
SEQUEL and MANPLOT for plotting output.
The MANPLOT source, as supplied, is designed for a DEC VAX11/780.
Pacific Northwest Laboratory, Richland, Washington, through the NEA Data Bank, Issy-les-Moulineaux, France.
Fortran (P00559C760000).
Two auxiliary plotting programs, SEQUEL and MANPLOT, for use with TEMPEST-BNW output are included. SEQUEL may be operated in batch or interactive mode; it generates data required for vector plots, contour plots of scalar quantities, line plots, grid and boundary plots, and time-history plots. MANPLOT reads the SEQUEL-generated data and creates the hard copy plots.
TEMPEST-BNW can be a valuable hydrothermal design analysis tool in areas outside the intended FBR thermal-hydraulic design community.
Not stated.
MANPLOT uses the proprietary CalComp graphics software, which is not included. The MANPLOT source, as supplied, is designed for a DEC VAX11/780.
A Fortran compiler is required.
D. S. Trent, L. L. Eyler, and M. J. Budden, TEMPEST: A Three-Dimensional Time-Dependent Computer Program for Hydrothermal Analysis, Volume I: Numerical Methods and Input Instructions, Pacific Northwest Laboratory report PNL-4348 Vol. I (September 1983).
D. S. Trent, L. L. Eyler, and M. J. Budden, TEMPEST: A Three Dimensional Time-Dependent Computer Program for Hydrothermal Analysis, Volume II: Assessment and Verification Results, Pacific Northwest Laboratory report PNL-4348 Vol. II (September 1983).
L. L. Eyler, “SEQUEL and MANPLOT: Auxiliary Plotting Programs for the TEMPEST Computer Code,” Pacific Northwest Laboratory Memorandum, received (December 13, 1983).
The package contains source code, sample input/output and the references listed in Section 10 of the abstract and is transmitted on one CD in a self-extracting compressed file.
September 2010.
KEYWORDS: CYLINDRICAL GEOMETRY, DIFFUSION THEORY, FINITE ELEMENT METHOD, FLUID DYNAMICS, HEAT TRANSFER, HYDRODYNAMICS, TIME-DEPENDENT