Creation of Substructure and Nanostructure in Thermomechanical Treatment and Control of Functional Properties of Ti - Ni Alloys with Shape Memory Effect

@article{Prokoshkin2005CreationOS,
  title={Creation of Substructure and Nanostructure in Thermomechanical Treatment and Control of Functional Properties of Ti - Ni Alloys with Shape Memory Effect},
  author={Sergey Prokoshkin and V. V. Brailovskii and I. Yu. Khmelevskaya and Sergej V. Dobatkin and Karine Inaekyan and V. Yu. Turilina and Vincent Demers and E. V. Tat'yanin},
  journal={Metal Science and Heat Treatment},
  year={2005},
  volume={47},
  pages={182-187}
}
The effect of various modes of thermomechanical treatment, including intense plastic deformation and postdeformation annealing, on the structure, mechanical, and functional properties of alloys based on titanium nickelide is investigated. The advantages of intense plastic deformation with annealing are shown as compared with traditional thermomechanical treatment.