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*; Kawata, Tomio*; Yumoto, Ryozo; *; *; *
PNC TN243 81-02, 15 Pages, 1981/10
no abstracts in English
*; *; *; *; Shikakura, Sakae*; *
PNC TN952 80-01, 180 Pages, 1980/04
Fuel pin performance codes have been provided in order to analyze thermal and mechanical behavior during steady state irradiation, and to evaluate gap conductance by experimental and semi-theoretical method based on post-irradiation examination data. This documentation describes user's manuals of four fuel performance codes as follows. (1)GRO-II ; stress-strain analyses for fast reactor fuel pin during normal operation. (2)SIEX ; thermal behavior analyses for fast reactor fuel pin during steady state irradiation. (3)THERM ; gap conductance evaluation by experimental method for fast reactor fuel pin irradiated in fast and thermal flux. (4)HOTGAP ; gap conductance evaluation by semi-theoretical method for fast reactor fuel pin irradiated in fast and thermal flux.