References
- Kojima F: ‘Current status and future perspective of parts processing technologies in Denso’. Denso Tech Rev 2001 6 (2) 11 –19.
- Terai K: ‘Study of welding distortion prevention in thin-plate structures’. Kawasaki Tech Rev 1978 61 61 –78.
- Kitagawa A et al : ‘Vacuum clamping method to eliminate welding deformation during welding of thin aluminium alloy plate’. J Jpn Weld Soc 1996 59 (201) 118 –119.
- Okumoto Y: ‘Angular distortion of steel plate during fillet welding’. Bull Seibu Soc Shipbrs 1988 97 167 –175.
- Okada T: ‘Effect of convergent gas flame in point heating/rapid cooling strain relief method for thin-plate structures’. J Jpn Weld Soc 1977 46 (4) 202 –207.
- Nakatani M et al : ‘Study of welding deformation estimation method and welding residual stress for stainless steel’. Proc Welded Structures Symposium 2002 99–106.
- Cole D Q: ‘Development of techniques for controlling warpage and residual stresses in welded structures’. Final Report NAS8-21174, Harvey Engineering Laboratories 1968.
- Kim Y C et al : ‘Prevention of out-of-plane deformation generated by fillet welding’. J Steel Construction Engng 1999 6 (22) 11 –16.
- Watanabe M: ‘Study of residual stress reduction in welded joints by local low-temperature cooling’. J Jpn Weld Soc 1983 ( 33 ) 308 –309.
- Guan Q et al : ‘Dynamic control of welding distortion by moving spot heat sink’. Weld World 1994 34 (4) 308 –312.
- Mochizuki M et al : ‘Improvement of fatigue strength through residual stress reduction by controlling the welding pass sequence’. Trans Jpn Soc Mech Engng (Series A) 1998 64 (626) 2514 –2520.
- Mochizuki M et al : ‘Simplified analysis of welding residual stress in box fabricated with multiple welded joints’. Trans Jpn Soc Mech Engng (Series A) 1999 65 (633) 989 –995.
- Tsai C L et al : ‘Welding distortion of a thin-plate panel structure – The effect of welding sequence on panel distortion is evaluated’. Weld J 1999 78 (5) 156s –165s.
- Fujita Y et al : ‘Studies of thermal elastic–plastic problems (4 th report) – Welding deformations and residual stresses due to circumferential welds in cylindrical shells’. J Soc Nav Arch Jpn 1979 (146) 383 –392.
- Sato K et al : ‘Stresses and deformations arising from uniform inherent strains in thin-walled pipes’. J Jpn Weld Soc 1982 51 (2) 142 –148.
- Sato K et al : ‘Residual stresses and deformations in thin cylindrical shells due to circumferential welds’. J Jpn Weld Soc 1983 52 (2) 83 –90.
- Sato K et al : ‘Residual stresses and deformations in thin cylindrical shells due to longitudinal welds’. J Jpn Weld Soc 1983 52 (2) 58 –65.
- Togi M et al : ‘Development of distortion-reducing process for stab welding of boiler header’. Kawasaki Heavy Industries Tech Rep 1986 ( 94 ) 1–8.
- Nanba N et al : ‘Study of estimation method for welding distortion in cylinder using inherent strain’. Mitsubishi Heavy Industries Tech Rep 1986 23 (1) 5–9.
- Nomoto T and Terasaki T: ‘Prediction of welding stress and residual deformation generated by pipe welding through the medium of inherent strain’. Trans Jpn Soc Mech Engng (Series A) 2000 66 (642) 168 –175.
- Nikkei Gijutsu Tosho KK: ‘Laser processing’. 1990.
- Mochizuki M: ‘Studies of residual stress analysis in welded structures and their application to strength evaluation’. Doctoral dissertation, Kyoto University 1997.