Weldability of creep-resisting nickel alloys: Part 2

References

• Makarov E L and Yakushin B F: ‘Weldability and its parameters’. In: Welding and welding materials. Vol. 1, Publ Metallurgiya, Moscow, 1991.
   Google Scholar
• Paton B E (ed): ‘Technology of electric fusion welding’. Publ Mashgiz, Moscow, 1962.
   Google Scholar
• Petrov G L and Tumarev A S: ‘Theory of welding processes’. Publ Vysshaya Shkola, 1967.
   Google Scholar
• Prager M and Shira C S: ‘Welding of precipitation-hardening nickel-base alloy’. Welding Research Council Bulletin 1968 ( 128 ) 18 –21.
   Google Scholar
• Sims Ch and Khagel’ V: ‘Creep resisting alloys’. Publ Metallurgiya, Moscow, 1976.
   Google Scholar
• Morochko V P et al : ‘Classification of creep resisting nickel alloys on the basis of weldability in electron beam welding’. Avt Svarka 1980 ( 12 ) 42 –44.
   Google Scholar
• Barry T F and Hughes W P: ‘A study of the strain-age cracking characteristics in welded Rene 41-phase’. Welding Journal 1969 48 ( 11 ) 505 –513.
   Google Scholar
• Owezerski W A et al : ‘A model for heat-affected zone cracking in nickel-base superalloys’. Welding Journal 1966 45 ( 4 ) 145 –155.
   Google Scholar
• Duvall D S and Owezerski W A: ‘Studies of postweld heat-treatment cracking in nickel-base alloys’. Welding Journal 1969 48 ( 1 ) 10 –22.
   Web of Science ®Google Scholar
• Thompson E G: ‘Hot cracking studies of alloy 718 weld heat-affected zone’. Welding Journal 1969 48 ( 2 ) 70 –79.
   Web of Science ®Google Scholar
• Sorokin L I: ‘Weldability of creep resisting nickel alloys in the aged condition’. Avt Svarka 1983 ( 7 ) 12 –16.
   Google Scholar
• Sorokin L I and Tupikin V I: ‘Classification of creep resisting nickel alloys on the basis of the resistance to crack formation in heat treatment of welded joints’. Avt Svarka 1985 ( 5 ) 23 –25.
   Google Scholar
• Sorokin L I: ‘Weldability of creep resisting alloys used in aviation gas turbine engines’. Svar Proiz 1997 ( 4 ) 4 –11.
   Google Scholar
• Sorokin L I et al : ‘Weldability of cast creep resisting nickel alloys of ZhS6 type’. Svar Proiz 1997 ( 6 ) 12 –17.
   Google Scholar
• Sorokin L I: ‘Electron beam welding of creep resisting alloys’. Svar Proiz 1998 ( 5 ) 9 –15.
   Google Scholar
• Sorokin L I: ‘Stresses and cracks formed in welding and heat treatment of creep resisting nickel alloys’. Svar Proiz 1999 ( 12 ) 11 –16.
   Google Scholar
• Sorokin L I and Erokhin A A: ‘Effect of the electrode grade and the parent metal type on the properties of welded joints in creep resisting nickel alloys’. Avt Svarka 1968 ( 7 ) 11 –14.
   Google Scholar
• Morochko V P et al : ‘Nature of failure of welded joints in creep resisting nickel alloys in heating’. Svar Proiz 1987 ( 7 ) 27 –28.
   Google Scholar
• Franklin J E and Savage W F: ‘Stress relaxation and strain-age cracking in Rene 41 weldments’. Welding Journal 1974 53 ( 9 ) 380 –387.
   Web of Science ®Google Scholar
• Wu K G and Herfert R E: ‘Microstructural studies of Rene 41 simulated weld heat-affected zone’. Welding Journal 1967 46 ( 1 ) 32 –38.
   Web of Science ®Google Scholar
• Hughes W P and Berry T F: ‘A study of the strain-age cracking characteristics in welded Rene 41. P.1’. Welding Journal 1967 46 ( 8 ) 361 –370.
   Web of Science ®Google Scholar
• Thompson E G et al : ‘Practical solutions to strain-age cracking of Rene 41’. Welding Journal 1968 47 ( 7 ) 299 –313.
   Web of Science ®Google Scholar
• Annessa D and Owens J S: ‘Effects of furnace atmosphere and heat treatment treat cracking of Rene 41 weldments’. Welding Journal 1973 52 ( 12 ) 568 –575.
   Google Scholar
• Bagdasarov Yu S et al : ‘Effect of technological measures on the crack formation resistance of welded joints in nickel alloys in heat treatment’. Svar Proiz 1983 ( 4 ) 23 –26.
   Google Scholar
• Martyshin G V and Khoroshova V B: ‘Special features of welding thin sheet structures of dispersion hardened VZh101 nickel alloy’. Avt Svarka 1973 ( 1 ) 18 –20.
   Google Scholar
• Morochko B F et al : ‘Effect of heat treatment conditions of creep resisting KhN73MBTYu (EI698) alloy’. Svar Proiz 1979 ( 5 ) 23 –26.
   Google Scholar
• Lashko N F (ed): ‘Physical–chemical methods of phase analysis of steel with alloys’. Publ Metallurgiya, Moscow, 1970.
   Google Scholar
• Petrushin N V et al : ‘Strucutral stability of nickel creep resisting alloys at high temperatures’. Metallovedenie Termicheskaya Obrabotka Metallov 1984 ( 5 ) 36 –39.
   Google Scholar
• Yushchenko K A et al : ‘Examination of the weldability of cast creep resisting alloys in aluminium’. Avt Svarka 1985 ( 10 ) 18 –23.
   Google Scholar
• Jahnke B: ‘High temperature electron beam welding of the nickel-base superalloy IN-738LC’. Welding Journal 1982 61 ( 11 ) 343 –347.
   Google Scholar
• Sorokin L I and Elkin I S: ‘The wedge butt testpiece for evaluating the weldability of cast steel and alloys’. Avt Svarka 1975 ( 8 ) 6 –8.
   Google Scholar
• Borzdyka A M and Getsov L B: ‘Stress relaxation in metals and alloys’. Publ Metallurgiya, Moscow, 1978.
   Google Scholar
• Pridantsev M V: ‘Creep resisting ageing alloys’. Publ Metallurgiya, Moscow, 1973.
   Google Scholar
• Sorokin L I: ‘Comparative evaluation of the effect of titanium and aluminium on the properties of creep resisting metal deposited by the argon–arc method’. Svar Proiz 1982 ( 4 ) 22 –25.
   Google Scholar
• Okada M: ‘Effect of alloying elements on the formation of cracks in welding nickel-based creep resisting alloys’. Avt Svarka 1970 ( 6 ) 7 –13.
   Google Scholar
• Kvasnitskii V F: ‘Welding and brazing of creep resisting alloys in ship building’. Publ Sudostroenie, Leningrad, 1986.
   Google Scholar
• Sorokin L I et al : ‘Dependence of the weldability of EP693 and EP199 alloys on the composition of charged materials used in melting’. Avt Svarka 1984 ( 4 ) 53 –56.
   Google Scholar
• Sardev J N et al : ‘Causes of fissuring in nickel-base and stainless steel alloy weld metals’. Welding Journal 1964 43 ( 1 ) 481 –491.
   Google Scholar
• Tsvetkova V K et al : ‘The properties of EP590 alloy used by different melting methods’. Stal’ 1974 ( 4 ) 641 –643.
   Google Scholar
• Chernyak G S et al : ‘Effect of the melting method on the structure and properties of the creep resisting alloys’. Stal’ 1975 ( 1 ) 62 –72.
   Google Scholar
• Snisar ’ V V et al : ‘Preventing crack formation in welded joints in EI437B alloy with 45 carbon steel’. Avt Svarka 1987 ( 7 ) 11 –14.
   Google Scholar
• Adam P: ‘Welding in high strength alloys for gas turbines’. In: Creep resisting alloys for gas turbines. Publ Metallurgiya, Moscow, 1981.
   Google Scholar
• Medovar V I: ‘Welding creep resisting austenitic steels and alloys’. Publ Mashinostroenie, Moscow, 1968.
   Google Scholar
• Timofeev V P and Novokreshchenov M N: ‘Weldability of EI559A alloy’. Svar Proiz 1965 ( 1 ) 12 –18.
   Google Scholar
• Sorokin L I et al : ‘Comparative evaluation of the filler wires for argon-arc welding of creep resisting alloys’. Svar Proiz 1993 ( 10 ) 31 –33.
   Google Scholar
• Sidlin Z A and Sorokin L I: ‘Comparative evaluation of industrial electrode grades based on nickel’. Svar Proiz 1983 ( 2 ) 25 –28.
   Google Scholar
• Yakushin B F and Zidel’shtein V S: ‘Examination of technological testpieces for evaluating the susceptibility of nickel alloys to the formation of welds of cracks in welding’. Avt Svarka 1976 ( 7 ) 28 –29.
   Google Scholar
• Kakhovskii N I et al : ‘Nature of formation of hot cracks in austenitic chromium–nickel welded joints’. Avt Svarka 1975 ( 7 ) 1 –4.
   Google Scholar
• Golikov I N and Maslenkov S V: ‘Dendritic liquation in steels and alloys’. Publ Metallurgiya, Moscow, 1977.
   Google Scholar
• ‘Examination of the formation of welding cracks in cast nickel alloys’. Svar Proiz 1971 ( 4 ) 57 –59.
   Google Scholar
• Khimushin F F: ‘Creep resisting steels and alloys’. Publ Metallurgiya, Moscow, 1969.
   Google Scholar
• Bagdasarov Yu S et al : ‘Selecting the criteria for evaluating the resistance of nickel alloys to the formation of cracks in heat treatment after welding’. Svar Proiz 1982 ( 8 ) 11 –13.
   Google Scholar
• Skvortsov E A and Golubev V I: ‘Distribution of plastic deformation in welding joints in VZh101 creep resisting alloy’. Avt Svarka 1977 ( 11 ) 68 .
   Google Scholar
• Permilovskii I A et al : ‘Restoration by surfacing of turbine blades of aviation engines’. Avt Svarka 1976 ( 5 ) 54 –56.
   Google Scholar