A program is given for the establishment of flow requirements of a tailored flow core. It is capable of handling either one- or two-pass cores, with flow direction optional in each pass, and a reflector coolant flow in parallel with elther pass. The various configurations which may be investigated are illustrated. Although the program is specifically intended for APPRtype elements, flows may be established for any set of dimensions snd pressure and temperature conditions and corresponding to any desired maximum allowable surface temperature. It hes expected that, due to pressure drop considerations, for two- pass flow all control rods will …
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A program is given for the establishment of flow requirements of a tailored flow core. It is capable of handling either one- or two-pass cores, with flow direction optional in each pass, and a reflector coolant flow in parallel with elther pass. The various configurations which may be investigated are illustrated. Although the program is specifically intended for APPRtype elements, flows may be established for any set of dimensions snd pressure and temperature conditions and corresponding to any desired maximum allowable surface temperature. It hes expected that, due to pressure drop considerations, for two- pass flow all control rods will be in the same pass. Calculated results include flow requirements of each indivldual type of element, as well as total internal flow, lattice flow, and finally the total required flow for each pass. Calculation of the maximum ratio of operating to burnout heat flux and maximum internal temperature is optional. (auth)
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Love, J. D. & Stueck, C. J.THERMAL ANALYSIS ON THE IBM 650. LOVELY-I, PROGRAM NO. 55,
report,
November 26, 1958;
St. Louis, Missouri.
(https://digital.library.unt.edu/ark:/67531/metadc1023212/:
accessed April 25, 2024),
University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu;
crediting UNT Libraries Government Documents Department.