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Welding International Volume 32, 2018 - Issue 6
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Articles

Dominant factor of HT780 non-load-carrying T-joint fatigue strength using laser arc hybrid welding and quality control

Inose KoutarouIHI Corporation, Tokyo, Japan
,
Kanbayashi JunkoIHI Corporation, Tokyo, Japan
,
Abe DaisukeIHI Corporation, Tokyo, Japan
,
Matsumoto NaoyukiIHI Corporation, Tokyo, Japan
&
Nonomura ShoichiIHI Corporation, Tokyo, Japan
Pages 409-416 | Published online: 30 Aug 2018

References

  • Noboru KIJI. Development of welding technology for ship building using high strength steel. National Mtg Workshop of J.W.S. 2013;25–47.
  • Koutarou INOSE. Development of welding technology for bridge construction using high strength steel. National Mtg Workshop of J.W.S. 2013;49–57.
  • Kansai chapter of JSCE WG. Study on development of steel bridges effectively using high performance steel. Japan Society Civil Engineers; 1996
  • Japan Society of Steel Construction. Fatigue design recommendations for welded structures. GIHODO SHUPPAN; 1993. p. 5–12.
  • Koutarou INOSE, Yasumasa NAKANISHI, Izumi IMOTO. Study on design for extra high strength steel structure. Weld World. 2003;47(3/4).
  • Yasumasa NAKANISHI, Hiroto YAMAOKA, Koutarou INOSE, et al. Project of fundamental technology for steel materials with enhanced strength and functionality, development of laser arch hybrid welding for high strength steel. Weld Tech. 2012;60: 75–85. SANPO PUBLICATIONS, INC.
  • Koutarou INOSE, Daisuke ABE, Naoyuki MATSUMOTO, et al. Effect of laser arc hybrid welding condition for welded joint properties. Preprint National Mtg of J.W.S. 2011;88:18–19.
  • Inose K, Oowaki K, Kanbayashi J, et al. Functional assessment of laser arc hybrid welded joint and their application for bridge construction. Weld World. 2012;56(7/8):118–124.
  • Inose K, Kanbayashi J, Nakanishi Y, et al. Fracture behavior of HT780 Laser beam butt joint. Weld Struct Symp of J.W.S. 2009;557–563.
  • Koutarou INOSE, Yik LEEJ, Yasumasa NAKANISHI, et al. Characteristics of welding distortion/residual stress generated by fillet welding with laser beam and verification of generality of its high accurate prediction. Quar J J.W.S. 2008;26-1:61–66.
  • Koutarou INOSE, Junko KANBAYASHI, Daisuke ABE, et al. Effect of fillet joint properties welded by laser hot wire welding for fatigue strength. Preprint National Mtg of J.W.S. 2013;92:158–159.
  • Japan Road Association. Specifications for high way bridges. MARUZEN Publishing; 2012. p. 200–213.

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