Preventing porosity of welded joints in thin sheet structures of titanium alloys

References

• Murav'ev , V I . 1986 . ‘Special features of fabrication and evaluation of the quality of large thin wall structures of VT20 titanium alloy’ . Aviats Promishl , : 15 – 18 . (8)
   Google Scholar
• Redchits , V V . 1987 . ‘Main relationships governing the formation of pores in fusion welding titanium and its alloys’ . Svar Proiz , : 28 – 30 . (5)
   Google Scholar
• Redchits , V V and Nikiforov , G D . 1977 . ‘Mechanism of nucleation of gas bubbles in the molten pool when welding active metals’ . Svar Proiz , : 53 – 57 . (8)
   Google Scholar
• Redchits , V V and Nikiforov , G D . 1983 . ‘Analytical evaluation of the probability of formation of gas bubbles generated from the melt in welding’ . Art Svarka , : 32 – 35 . (9)
   Google Scholar
• Lozcev , G E . 1977 . ‘Processes taking place in the welded joint and their effect on weld metal porosity’ . Avt Svarka , : 25 – 30 . (2)
   Google Scholar
• Kulikov , F R . 1975 . ‘Special features of the formation and measures of preventing porosity when fusion welding thick titanium alloys’ . Svar Proiz , : 26 – 31 . (11)
   Google Scholar
• Nikiforov , G D and Redchits , V V . 1981 . ‘Partial cases of the mechanism of pore formation in fusion welding three titanium alloys’ . Art Svarka , : 42 – 45 . (10)
   Google Scholar
• Redchits , V V and Nikiforov , G D . 1977 . ‘Kinetics of growth of gas bubbles in the pool when welding active metal’ . Fiz Khim Obrab Mater , : 123 – 130 . (2)
   Google Scholar
• Redchits , V V . 1982 . ‘Effect of hydrogen dissolved in active metals on the growth of bubbles in fusion welding’ . Svar Proiz , : 6 – 9 . (9)
   Google Scholar
• Nikiforov , G D and Redchits , V V . 1982 . ‘Mechanism and kinetics of bubble degassing of the molten pool when welding active metals’ . Svar Proiz , : 38 – 41 . (11)
   Google Scholar
• Nikiforov , G D and Redchits , V V . 1971 . ‘Mechanism of formation of pores when welding titanium alloys’ . Svar Proiz , : 49 – 51 . (3)
   Google Scholar
• Redchits , V V and Nikiforov , G D . 1981 . ‘Effect of the degree of degassing of the molten pool on the formation of pores in welding active metals’ . Svar Proiz , : 41 – 43 . (6)
   Google Scholar
• Redchits , V V and Nikiforov , G D . 1981 . ‘Behaviour of hydrogen in pores when welding titanium and its alloys’ . Avt Svarka , : 32 – 37 . (3)
   Google Scholar
• Redchits , V V and Nikiforov , G D . 1984 . ‘Examination of the behaviour of hydrogen in pores of welded joints in active metals using computers’ . Svar Proiz , : 2 – 4 . (8)
   Google Scholar
• Boldyrev , A M and Dorofeev , E B . 1971 . ‘Some reasons for the formation of pores when argon-arc welding OT4–1 alloy’ . Svar Proiz , : 48 – 50 . (9)
   Google Scholar
• Gorokhov , V A . 1978 . ‘Treatment of components by plastic deformation’ , Kiev : Publ Tekhnika .
   Google Scholar
• Lazarev , E M . 1985 . ‘Oxidation of titanium alloys’ , Moscow : Publ Nauka .
   Google Scholar
• Lozeev , G E . 1975 . ‘A method of decreasing porosity in welded joints’ . Svar Proiz , : 31 – 33 . (8)
   Google Scholar
• Nishihara , M . 1963 . ‘Some factors affecting porosity of titanium welded by gas shielded arc welding’ . Journal of Japan Welding Society , 32 (10)
   Google Scholar