Welding and heat treatment of steel joints for service at elevated temperatures

References

• A compendium . 1978 . ‘Characteristics of steel. Steels for service at elevated and low temperatures’ , Series D Vol 1 , Katowice : Publ Slask . part 1
   Google Scholar
• Polish Standard PN‐75/H‐84024: ‘Steel for service at elevated temperatures. Grades’
   Google Scholar
• Hrivnak I: ‘The guide to the welding and weldability of steels up to 9% Cr for service at elevated temperatures’. IIW doc IX‐1485–87
   Google Scholar
• Adamiec , P and Kubica , M . 1988 . ‘Investigation of the tendency of steels used in thermal power engineering to cracking in welded joints, and of the effect of heat treatment on the properties of joints’ , Research project IS No.Kf‐33 part 1
   Google Scholar
• Brozda J and Kubica M: Ibid, Research project IS, No.Kf‐33, part II, 1989
   Google Scholar
• Brozda , J . 1990 . ‘Analysis of the results of investigations into the steels used in thermal power engineering’ , Research project IS No.Kf‐33
   Google Scholar
• Nakamura H, Naiki T and Okabayashi H: ‘Stress relief cracking in the heat affected zone’. IIW doc IX‐648–69
   Google Scholar
• Polish Standard PN‐78/H‐69760: ‘Welding. Investigations of the tendency of arc welded joints to cold cracking’
   Google Scholar
• Ito Y and Bessyo K: ‘A prediction of welding procedure to avoid heat affected zone cracking’. IIW doc IX‐631–69
   Google Scholar
• Suzuki H: ‘Cold cracking and its prevention in steel welding’. HW doc IX‐1074–78
   Google Scholar
• Suzuki H: ‘Cold cracking and its prevention in steel welding. (Report 2 ‐ root cracking)’. IIW doc IX‐1110–79
   Google Scholar
• Suzuki H: ‘Cold cracking and its prevention in steel welding. (Report 3 ‐ effects of heat input and restraint)’. IIW doc IX‐1157–80
   Google Scholar
• Rak J: ‘Investigation on heat affected zone ductility by using vibration microstress relieving on steels susceptible to reheat cracking’. IIW doc IX‐1249–82
   Google Scholar
• Fidler , R and Hepworth , J K . 1984 . ‘Residual stresses in CrMoV‐2CrMo pipe welds’ . Metal Construction ,
   Google Scholar
• Nakacho , K and Ueda , Y . 1987 . ‘An efficient method for estimation of reduction of welding residual stresses from stress‐relief annealing’ . Trans of JWRI ,
   Google Scholar
• 1989 . ‘Relaxation treatment of welded joints in pressure vessels and other heavy duty structures’ , International Institute of Welding . Draft of a document of Committee IX
   Google Scholar
• Brozda , J , Pilarczyk , J and Zerman , N . 1983 . ‘Welding diagrams of transformation of austenite CTPC‐S’ , Katowice : Publ Slask .
   Google Scholar