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Статья
1971

Some regularities of the fracture of ordered alloys based on Ni3Fe


A. D. KorotaevA. D. Korotaev, N. A. KonevaN. A. Koneva, V. B. LevinaV. B. Levina
Российский физический журнал
https://doi.org/10.1007/BF00822163
Abstract / Full Text

Some regularities of the fracture of ordered polycrystals of the alloys Ni3Fe, Ni3(FeMn), Ni3FeAl), Ni3(FeCr), Ni3(FeCr) are studied. The alloys Ni3Fe, Ni3(FeMn), and Ni3(FeAl) possess low plasticity in the ordered state at the test temperatures T < 100 °C. In the 100–200 ° C temperature range a “brittleness-viscosity” transition is detected which is analogous to that observed in body centered cubic (BCC) metals and alloys. The transition from the brittle into the plastic state is not accompanied by a change in the metallographic picture of slip. The distinguishing peculiarity of the strain at elevated temperatures is the significant displacement of the grains along the boundaries. The temperature band of the transition from the brittle into the plastic state of ordered alloys in the tempered state (tempering from a temperature below the temperature of the order-disorder transformation) is observed at tempering temperatures above 450 °C (tests at room temperature). The results obtained permit the assumption that a reduction in the plasticity in ordering alloys based on Ni3Fe is caused by segregation of the impurities along the grain boundaries.

Author information
  • V. V. Kuibeshev Tomsk University and Tomsk Structural Engineering Institute, USSRA. D. Korotaev, N. A. Koneva & V. B. Levina
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