References
- H. J. HOFFMANN et al., “Heat Transfer in Seven-Rod Clusters. Influence of Liner and Spacer Geometry on Superheat Fuel Performance,” GEAP-5289, General Electric Company (1966).
- J. VLČEK and P. WEBER, “The Experimental Investigation of Film Heat Transfer Coefficient in the Fuel Element Spacers Area,” ZJE-66 Škoda Concern Nuclear Power Plants Division, Information Centre Plzeň, Czechoslovakia (1970).
- V. KRETT and J. MAJER, “Temperature Field Measurement in the Region of Spacing Elements,” ZJE-114, Skoda Works Nuclear Power Construction Department, Information Centre Plzen, Czechoslovakia (1971).
- M. HUDINA and H. NÖTHIGER, “Experimental Study of Local Heat Transfer Under and Near Grid Spacers Developed for GCFR,” TM-IN-526, Swiss Federal Institute for Reactor Research, Wiirenlingen (1973).
- J. MAREK and K. REHME, “Experimentelle Untersuchung der Temperaturverteilung unter Abstandshaltern in glatten und rauhen Stabbündeln,” KfK-2128, Kernforschungszentrum Karlsruhe (1975).
- “Gasbrüter-Memorandum-Ergebnisse einer Untersuchung über die Realisierbarkeit und Wirtschaftlichkeit eines gasgekühlten Schnellen Brüters,” KfK 1375, EUR 4575d, JÜL 744-RG, Kernforschungszentrum Karlsruhe (1971).
- J. MAREK and K. REHME, “Heat Transfer in Smooth and Roughened Rod Bundles near Spacer Grids,” Proc. Fluid Flow and Heat Transfer over Rod or Tube Bundles, New York, December 2–7, American Society of Mechanical Engineers, Winter Ann. Mtg., p. 163 (1979).
- M. H. HASHEMI, “Heat Transfer and Thermal Performance of the Rod Bundle with Grid Spacers and Segmental Baffles,” PhD Thesis, University of California at Santa Barbara, Department of Chemical Engineering (1975).
- A. MARTELLI, “Thermo- und fluiddynamische Analyse von gasgekühlten Brennelementbündeln,” Dr.-Ing. Thesis, University of Karlsruhe, Faculty of Mechanical Engineering; see also, KfK 2436, EUR 5508d, Kernforschungszentrum Karlsruhe (1977).
- M. DALLE DONNE and L. MEYER, “Turbulent Convective Heat Transfer from Rough Surfaces with Two-Dimensional Rectangular Ribs,” Intl. J. Heat Mass Transfer, 20, 583 (1977).
- M. A. HASSAN, “Wärmeübergang im Abstandshalterbereich gasgekühlter Stabbündel,” Dr.-Ing. Thesis, University of Karlsruhe, Faculty of Mechanical Engineering; see also, KfK 2954, Kernforschungszentrum Karlsruhe (1980).
- B. S. PETUKHOV and L. I. ROIZEN, “Generalized Dependences for Heat Transfer in Tubes of Annular Cross Section,” High Temp., 12, 485 (1975).
- R. A. AXFORD, “Two-Dimensional, Multiregion Analysis of Temperature Fields in Reactor Tube Bundles,” Nucl. Eng. Design, 6, 25 (1972).
- K. REHME, “Pressure Drop Correlations for Fuel Elements Spacers,” Nucl. Technol., 17, 15 (1973).
- S. CEVOLANI and K. REHME, “Temperatur- und Druckverteilung in gasgekühlten Stabbündeln–Vergleich von Rechnungen mit experimentellen Ergebnissen,” Proc. Jahrestagung Kerntechnik ’80, Berlin, March 25–27, p. 125 (1980).
- S. CEVOLANI and K. REHME, “Forced Convection Heat Transfer in a Bundle of 12 Rods,” Proc. American Nuclear Society/American Society of Mechanical Engineers/U.S. Nuclear Regulatory Commission Intl. Topl. Mtg. on Nuclear Reactor Thermal-Hydraulics, Saratoga Springs, October 5–8, p. 2253 (1980).