References
- KablovEN, GolubovskiiER. Creep strength of nickel alloys. Moscow: Mashinostroenie; 1998.
- Kablov EN, et al. Single crystal creep resisting alloys for gas turbine engines. Vestnik MGTU NE Baumana Perspekt Konstr Mater Technol. 2011. p. 38–52.
- SimsCh, HagelW. Creep resisting alloys. Moscow: Metallurgiya; 1976.
- KablovEN, et al. Development of the process of directional solidification of gas turbine engine blades produce from creep-resisting alloys with single crystal and composite structures. Aviats Mater Tekhnol. 2012;1:3–8.
- ShalinRE, et al., Single crystals of nickel creep resisting alloys. Moscow: Mashinostroenie; 1997.
- KablovEN. Cast blades of gas turbine engines. Moscow: Moscow Institute of Steel and Alloys; 2001.
- BuntushkinVP, et al. High-temperature structural alloys based on Ni3Al intermetallic compounds. Aviation Materials at the Turn of XX and XXI Centuries. Moscow: VIAM; 1994. p. 278–284.
- LombergBS, et al., Creep resisting deformable alloys for the hot circuit of gas turbine engines. Moscow: VIAM; 1994. p. 59–69.
- KablovEN, et al. Materials for heavily loaded components of gas turbine engines. Vestnik MGTU NE Baumana Perspekt Konstr Mater Tekhnol. 2011 :111–121.
- Lomberg BS, et al. High creep strength deformable nickel alloys for advanced gas turbine engines and gas turbine systems. Vestnik MGTU NE Baumana Perspekt Konstr Mater Tekhnol. 2011. p. 98–103.
- LombergBS, et al. Relationship of the structure and properties of high creep resistant nickel alloys for the discs of gas turbine engines. Aviats Mater. 2011;2:25–31.
- KurochkoRS, LukinVI. Problems of welding in the solid phase. Aviation Materials at the Turn of XX and XXI Centuries. Moscow: VIAM; 1994. p. 485–491.
- SorokinLI. Weldability of creep-resisting alloys used in aviation gas turbine engines. Svar Proiz. 1997;4:4–11.
- LukinVI, et al. Weldability of cast creep resisting nickel alloys of the type ZhS6. Svar Proiz. 1997;6:12–17.
- LukinVI, et al. Formation of hot cracks in welding of creep resisting alloys. Metalloved Term Obrab Met. 2007;12:7–14.
- KarakozovES. Solid-phase bonding of metals. Moscow: Metallurgiya; 1976.
- LashkoNF, LashkoSV. Problems of theory and technology of brazing. Moscow: Saratov University; 1974.
- LashkoNF, LashkoSV. Brazing of metals. Moscow: Mashinostroenie; 1967.
- LukinVI, et al. Special features of production of brazed joints in ZS-36 alloy. Tekhnol Mashinostr. 2010;5:21–25.
- FrolovVA, et al., Technological fundamentals of welding and brazing in aircraft construction. Moscow: Interment Engineering; 2002.
- KhorunovVF, MasimovaSV. Brazing of creep resisting alloys in the current stage. Svar Proiz. 2010;10:24–27.
- ChaturvediMC. Diffusion brazing of cast Inconel 73 super alloy. Adv Technol Mater Mater Process. 2004;6:206–213.
- KenyonN, HrubecRY. Brazing of a dispersion-strengthened and nickel base alloys made by mechanical alloying. Weld Res Suppl. 1974 (April):145s–152s.