1 A Klenk, "ome Characteristics of Weld Repair for Creep Applications, Weld Repair for Creep Applications" 2 (2): 1-32, 2003
2 "Temper Bead Welding" Welding Technology Institute of Australia 2006
3 Material Reliability Program, "Technical Basis for Preemptive Weld Overlays for Alloy82/182 Butt Welds in PWRs (MRP-169)," 2005
4 J.-K. Hong, "Study of Numerical Methodologies for Multi-Pass Welding Analysis" The Ohio State University 1996
5 "INCONEL alloy 690"
6 M. Necati Ozisik, "Heat Transfer" McGraw-Hill Book 82-84, 1985
7 Walter J. Sperko, "Exploring Temper Bead Welding," 37-40, 2005
8 A.S.Aloraier, "Eliminating post-weld heat treatment in repair welding by temper bead technique; role bead sequence in metallurgical changes" 153 : 392-400, 2004
9 Koichi Masubuchi, "Analysis of Welded Structures" Pergamon Press 69-73, 1980
10 S. K. Jeong, "An analytical solution for transient temperature distribution in fillet arc welding including the effect of molten metal" 211 : 63-72, 1977
1 A Klenk, "ome Characteristics of Weld Repair for Creep Applications, Weld Repair for Creep Applications" 2 (2): 1-32, 2003
2 "Temper Bead Welding" Welding Technology Institute of Australia 2006
3 Material Reliability Program, "Technical Basis for Preemptive Weld Overlays for Alloy82/182 Butt Welds in PWRs (MRP-169)," 2005
4 J.-K. Hong, "Study of Numerical Methodologies for Multi-Pass Welding Analysis" The Ohio State University 1996
5 "INCONEL alloy 690"
6 M. Necati Ozisik, "Heat Transfer" McGraw-Hill Book 82-84, 1985
7 Walter J. Sperko, "Exploring Temper Bead Welding," 37-40, 2005
8 A.S.Aloraier, "Eliminating post-weld heat treatment in repair welding by temper bead technique; role bead sequence in metallurgical changes" 153 : 392-400, 2004
9 Koichi Masubuchi, "Analysis of Welded Structures" Pergamon Press 69-73, 1980
10 S. K. Jeong, "An analytical solution for transient temperature distribution in fillet arc welding including the effect of molten metal" 211 : 63-72, 1977
11 "2007 ASME Boiler & Pressure Vessel Code" 48-50, 2007