An attempt at the classification of steel weld metals and arc-welding methods on the basis of nitrogen concentration in the weld metal

References

• van Nassau , L . 1992 . ‘Welding duplex and super-duplex stainless steels’ IIW Doc IIC-893–92
   Google Scholar
• Judson , P and McKeown , D . . ‘Advances in the control of weld metal toughness’ . Proc 2nd int conf ‘Offshore welded structures’ . London : The Welding Institute .
   Google Scholar
• Hausen , H and Anderko , K . 1958 . ‘Construction of binary alloys’ , Publ McGraw-Hill Book Co .
   Google Scholar
• Pehlke , R H and Elliot , J F . 1966 . Trans AIME
   Google Scholar
• Kobayashi , T . 1971 . ‘Effect of welding atmospheres and welding polarity on the nitrogen content of weld metals’ . Jap Weld Soc , 40 ( 3 )
   Google Scholar
• Kobayashi , T . 1972 . ‘Effect of alloying elements on nitrogen content of steel weld metals’ . Jap Weld Soc , 40 ( 3,4 )
   Google Scholar
• Wegrzyn , K . 1968 . ‘Hydrogen, nitrogen and oxygen in the processes of welding with covered electrodes’ . Weld Bulletin , (37) (Institute of Welding, Gliwice)
   Google Scholar
• Wegrzyn , J and Apps , R . 1973 . ‘Effect of surface active elements on nitrogen content in iron under arc melting’ , Tokyo : Publ National Research Institute for Metals .
   Google Scholar
• Uda , M and Ohno , S . Effect of surface active elements on nitrogen content in iron under arc melting
   Google Scholar
• Uda , M and Ohno , S . 1975 . ‘Nitrogen absorption in liquid Fe-Ta, Fe-Ni, Fe-Co and Fe-Si alloy during arc melting’ IIW Doc H-744–75
   Google Scholar
• Lancaster , J F . 1986 . ‘Physics of welding’ , Publ Pergamon Press .
   Google Scholar
• Allum , C J . 1988 . ‘Nitrogen absorption from welding arcs’ IIW Doc II-1115–88
   Google Scholar
• Paton , B E and Lakomsky , V I . 1992 . ‘Interaction of molten metal with nitrogen from arc plasma’ IIW Doc IIA-871–92
   Google Scholar
• den Ouden , G and Griebling , O . ‘Nitrogen absorption during arc welding’ IIW Doc IIA-799–90
   Google Scholar
• den Ouden , G and Peekstok , E R . 1990 . ‘Internal friction measurement of carbon manganese steel weld metal’ IIW Doc IIA-798–90
   Google Scholar
• Madziej , S T . ‘The effect of nitrogen and strain aging on C-Mn steel welds’ IIW Doc IIA-872–92
   Google Scholar
• Morrison , W B . 1989 . ‘Nitrogen in steel products’ . Iron Making and Steel Making , : 16 (2)
   Google Scholar
• Vines , M and Bailey , N . 1983 . ‘The influence of core wire oxidation practice on manual arc welding’ . Proc conf TWI . 1983 .
   Google Scholar
• Tezuka , K . 1986 . ‘Development of low aluminium and nitrogen continuous steels for bar and wire tools’ . Trans ISIJ , 26
   Google Scholar
• Krommenhoek , D . 1984 . ‘Smitweld Report’ Doc 0677
   Google Scholar
• Wegrzyn , J . 1992 . ‘Oxygen and nitrogen in the weld metals of low carbon, basic electrodes’ . Przeglad Spawalnictwa , (6)
   Google Scholar
• Masumoto , J . IIW Doc XII-694–79 and XIIE-38–79
   Google Scholar
• Ito , Y . 1979 . The Sumitomo Search , (21)
   Google Scholar
• Bailey , N and Pargater , R J . Research , Cambridge : The Welding Institute .
   Google Scholar
• Losano , L G . 1989 . IIW Doc IIA-792–89
   Google Scholar
• van Nassau , L and van der Mee , V . 1989 . IIW Doc IIA-758–89
   Google Scholar
• Sakaki , H . 1960 . Journal Jap Weld Soc , (6)
   Google Scholar
• Kocak , M . 1992 . ‘Strain aging embrittlement of C-Mn steel MMA all-welded metal’ IIW Doc IIA-582–92
   Google Scholar
• Kocak , M . 1994 . ‘Influence of titanium and nitrogen on the fracture properties of weld metals’ IIW Doc IIA-913–94
   Google Scholar
• Achar , D R G and Kocak , M . 1993 . ‘Nitrogen and strain aging effect on steel weld metal, microstructure and fracture toughness behaviour’ IIW Doc IIA-878–93
   Google Scholar
• Bruwier , P . 1985 . IIW Doc IIA-662–85
   Google Scholar
• Ahlbloh , B . 1985 . ‘Influence of welding parameters on nitrogen content and microstructure of submerged arc weld metals’ IIW Doc IIA-645–85
   Google Scholar
• Lau , T . 1985 . ‘Gas/metal/slag reactions in submerged arc welding using CaO-Al₂O₃ based fluxes’ IIW Doc IIA-663–85
   Google Scholar
• Lau , T . 1985 . ‘Effect of nitrogen on submerged arc metal properties’ IIW Doc IIA-661–85
   Google Scholar
• Lau , T . 1993 . ‘Effect of nitrogen on properties of submerged arc weld metal’ IIW Doc IIA-883–93
   Google Scholar
• van Nassau , L and van der Meev . 1989 . ‘Nitrogen in manual arc weld metal’ IIW Doc IIA-758–89
   Google Scholar
• Inui , M . 1982 . ‘An effect of ferrite and nitrogen content on the mechanical properties of D308L welded metals’ IIW Doc IIC-678–82
   Google Scholar
• Okagawa , R K . 1989 . ‘The influence of nitrogen from welding on stainless steel weld metal microstructure’ . Welding Journal Res Suppl , (8)
   Google Scholar
• Wegrzyn , T . 1998 . ‘Nucleation of acicular ferrite at oxide inclusion sites in basic electrode steel metal weld deposits’ . Proc conf ISOPE 1998 . 1998 , Montreal, Canada.
   Google Scholar
• Wegrzyn , T . 1992 . ‘Oxygen and nitrogen in low carbon basic electrode weld metal deposits’ IIW Doc IIA-1181–92
   Google Scholar
• Wegrzyn , T . . ‘Oxygen and nitrogen in SMAW and GMAW processes’ . Proc int conf Society of Offshore and Polar Engineers . Los Angeles.
   Google Scholar
• Wegrzyn , T . . ‘The influence of the main factors on the impact toughness properties of low carbon steel welds’ . Proc conf ISOPE 1997 . Honolulu.
   Google Scholar
• Wegrzyn , T . 1996 . ‘Calculation of impact strength of weld metals from low carbon shielded electrodes’ . Przeglad Spawalnictwa , (10)
   Google Scholar
• Wegrzyn , T . 1996 . ‘Relationship between impact strength and contents of manganese, nickel, molybdenum and nitrogen in the basic weld metal of low alloy electrodes’ . Przeglad Spawalnictwa , (11,12)
   Google Scholar
• Wegrzyn , T . . ‘The influence of nickel and nitrogen on impact toughness properties of low alloy basic electrode steel deposits’ . Proc conf Materials 1997 . Lisbon.
   Google Scholar
• Wegrzyn , T . 1998 . ‘An attempt at classification of weld metals and arc-welding methods on the basis of oxygen content in weld metals’ . Przeglad Spawalnictwa , (5)
   Google Scholar