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Strain-fatigue tests were conducted on two reactor-grade aluminum-base alloys and a sintered aluminum product at 80 to 900 deg F. The materials are used in reactor components, and one of the aluminum alloys has a potential for use in experimental models. Results of the tests indicate that strain-fatigue behavior at room temperature for the materials was similar to that of other ductile materials. The aluminum-alloy specimens at 600 deg F yielded results of limited value owing to the instability of the specimens. At 900 deg F the sintered aluminum product exhibited a significant loss of ductility with a cyclic life 16% of that at 600 deg F. (auth

RESULTS OF HIGH-TEMPERATURE STRAIN-FATIGUE TESTS ON REACTOR-GRADE ALUMINUM- BASE MATERIALS