Electron beam welding of heavy gauge SA 508 Cl3 and Fe 56.2 steels

References

• Sayegh , G. . ‘State of the art of high energy density beam welding.’ . IIW Proc intl conf ‘Electron and laser beam welding’ . Tokyo. July ,
   Google Scholar
• Dietrich , W. 1978 . ‘Investigation into electron beam welding of heavy sections.’ . Weld J , : 281s – 284s .
   Google Scholar
• Kihara , H . ‘A study on high power electron beam welding.’ IIW Doc. IV-322-82
   Google Scholar
• Eager , T. W. 1986 . ‘Electron beam and laser beam materials processing in Japan.’ . Weld J , July : 19 – 31 .
   Google Scholar
• September 1983 . 3rd CISFFEL September , Lyons
   Google Scholar
• . IIW Proc intl conf ‘Electron and laser beam welding’ . Tokyo. July , Edit Pergamon Press .
   Google Scholar
• Sayegh , G. ‘What choice for high integrity joints: electron beam or laser beam welding.’ IIW Doc. IV-393-85
   Google Scholar
• Dalmastri , B. September 1986 . ‘Industrial applications of electron beams’ September , IX Sem Tec Scient, Castro Marina (LE)
   Google Scholar
• Russell , J. D. ‘Non-vacuum EB welding.’ EUREKA Project No. 300686
   Google Scholar
• Sommeria , J. 1986 . ‘Direct comparison between a 60kV electron gun and a 150kV gun.’ . Soud et Tech Conn , 40 (9/10) : 301 – 303 .
   Google Scholar
• Festa , R . . ‘Mechanical testing of EB welds for offshore structures.’ . 4th CISFFEL . Cannes. September ,
   Google Scholar
• WES 1601 . 1981 . ‘Method of qualification for EB welding procedure.’ . JWES Standard ,
   Google Scholar
• ASME Boiler and Pressure Vessel Code—Section IX . ‘Welding and brazing qualifications.’
   Google Scholar
• 1981 . ‘Comparison of the WES 1601 with ASME Section IX.’ . SEP Committee, JWES ,
   Google Scholar
• 1986 . ‘Guide for drawing up a specification relating to the qualification of an EB welding procedure.’ . CCRS , March
   Google Scholar
• Dalmastri , B and Festa , R . ‘Collection of electron beam and laser standards.’ ENEA RTI/TIB (87) Report 35
   Google Scholar
• ‘A bibliography on standards, codes and specifications on laser and electron beam welding.’ CTI Working Group, IIW Doc. IV-439-87
   Google Scholar
• Priante , M . May 1985 . ‘The work of TERNI for the standardized nuclear project.’ May , Conv AIM-CMN, Terni
   Google Scholar
• ISPELS . Collection S
   Google Scholar
• Bonin , P . September 1983 . ‘EB welding of heavy gauge A533 Gr.B Cl1 steel.’ September , 419 – 426 . 3rd CISFFEL, Lyons
   Google Scholar
• Lori , L. 1987 . ‘Supply of EB welded joints.’ , May Final report
   Google Scholar
• Punshon , C. S. December 1986 . ‘Summary of welding and inspection procedures’ December , TWI Project Report 24047/1/86
   Google Scholar
• Bigagli , F , Cortellessa , M and Festa , R . ‘Equipment for guided bending and mechanical tests on electron beam welded joints.’ ENEA RTI/TIB 87 Report 29
   Google Scholar
• Caracciolo , M Barra and Bigagli , F . February 1986 . ‘Notch toughness tests for cylinder characterization.’ February , ENEA Internal report
   Google Scholar
• Caracciolo , M Barra . 1986 . ‘Chemical analyses on cylinder materials.’ ENEA Internal report
   Google Scholar
• Punshon , C. S. and Russell , J D . . ‘The influence of steel composition and welding procedure on the quality and properties of electron beam welds.’ . XI Intl Welding Fair Essen, DVS . 99 September , pp. 196 – 200 .
   Google Scholar
• Entrerin , C. M. 1983 . ‘Effect of stress relief on microalloyed weld metal impact properties.’ . Weld J , August : 197 – 203s .
   Google Scholar
• Devillers , L and Kaplan . 1986 . ‘The electron beam welding of structural steels.’ . Soud et Tech Conn , 40 (9/10) : 330 – 339 .
   Google Scholar
• Elliott , S. 1984 . ‘EB welding of C-Mn steels - toughness and fatigue properties.’ . Weld J , July : 8s – 16s .
   Google Scholar
• Arata , Y . September 1978 . ‘Peculiar fracture mode in impact test for EB weld metal.’ September , 139 – 146 . 2nd CISFFE Avignon
   Google Scholar