References
- Lyushinskii AV. Diffusion welding of dissimilar materials: textbook. Moscow: Akademiya; 2006.
- Lyushinskii AV. Criteria for selecting interlayers in diffusion welding of dissimilar materials. Svar. Proiz. 2001;5:40–43.
- Lyushinskii AV, et al. Special features of diffusion bonding of tungsten alloys. Weld. Int. 2010;24:151–153.10.1080/09507110903292189
- Bulkov AB, et al. Diffusion bonding of titanium alloys through an interlayer with high deformation resistance. Svar. Proiz. 2013;11:24–31.
- Lutfullin RY. Superplasticity in solid-phase joining of nanostructured materials. Part 1. Effect of the grain size on solid-phase weldability of superplastic alloys. Pis’ma o materialakh. 2011;1:59–64.
- Safullin RV. Superplastic forming in pressure welding of multilayer hollow structures. 1. International experience. Pis’ma o materialakh. 2012;2:32–35
- Safullin AR, et al. Optimisation of the process of superplastic forming of three-layer hollow structures. Perspektivnye materialy. 2013;15:114–118.
- Akhunova AK, et al. Modelling of the process of superplastic forming of three-layer hollow structures for determining restrictions on their geometrical parameters. Deformatsii i razrushenie materialov. 2011;11:38–41.
- Safiullin RV, et al. Modelling of superplastic forming of hollow structures with goffered filler made of VT6 titanium alloy. Materialwissenschaft und Werkstofftechnik. 2012;43:786–788.10.1002/mawe.201200042
- Pradeep P, et al. Advanced finite element analysis and simulation in superplastic forming process of stepped semispherical die. J. Appl. Sci. 2012;12:1048–1052.10.3923/jas.2012.1048.1052
- Bulkov AB, et al. Effect of the micro-geometry of the surface on the kinetics of development of contact in diffusion bonding of titanium. Svar. Proiz. 2013;1:14–17.
- Bulkov AE, et al. Effect of the technological parameters on the processes of diffusion bonding of titanium. Svar. Proiz. 2013;3:15–20.
- Imaev VM, et al. Current state of investigations and prospects for the development of technologies of intermetallic γ-TiAl alloys. Pis’ma o materialakh. 2011;1:25–31.
- Akhunova AK, et al. Modelling of the process of pressure welding in the presence of a relief on the welded surfaces. 2014;1:159–162.
- Akhunova AK, et al. Consecutive relations for superplastic flow modelling from two axial loading experiments. Key Eng. Mater. 2010;433:319–323.
- Valitova EV, et al. Effect of the rate and temperature of deformation of the microstructure and the properties of ultrafine grained welded alloy KhN58MBYuD. Perspektivnye materialy. 2013;15:30–34.
- Karakozov ES. Solid-phase joining of the materials. Moscow: Metallurgiya; 1976.