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Original Articles

Newly developed welding process and its applications to ultra-fine-grained steel

Pages 862-869 | Published online: 08 Jul 2010

References

  • Shiga and Hiraoka: ‘Development of high strength steel in STX-21 Project and its tasks’. Welding Technique 1998 7 81 –87.
  • Sato A: ‘Research project on structural materials for 21st century’. Bulletin, Iron Steel Inst. Jpn 1998 3 (2) 88 –94 (in Japanese).
  • Torizuka S et al : ‘Formation of ferrite grain structure by one-pass heavy deformation for a Si–Mn Steel’. CAMP-ISIJ, 1999 12 365–368 (in Japanese).
  • Hayashi T et al : ‘Creation of low carbon steel bars with fully fine ferrite grain structure through warm grooved rolling’. CAMP-ISIJ, 1999 12 385–388 (in Japanese).
  • Nakajima H, et al : ‘Strength and toughness of low carbon steel bars with fully fine ferrite grain structure containing solidified oxides’. CAMP-ISIJ, 1999 12 450. (in Japanese)
  • Hanamura T, et al : ‘Strength and toughness of P-added low carbon steel bars with fine ferrite grain structure’. CAMP-ISIJ, 1999 12 451. (in Japanese)
  • Sakai Y et al : ‘Tensile strength and elongation of ultrafine-grain steels with dispersed oxide particles’. CAMP-ISIJ, 1999 12 1157. (in Japanese)
  • Hayashi T et al : ‘Improvement of strength-ductility balance for low carbon ultrafine-grained steels through strain hardening design’. CAMP-ISIJ, 2000 13 473–476 (in Japanese).
  • Ito R et al : ‘Softening zone in HAZ for ultra-fine grained steel – Metallurgical study in weld heat-affected zone for ultrafine-grained steel (Report 1)’. Prep.Nat. Meet. JWS, 2002 70 208–209 (in Japanese).
  • Ito R et al : ‘Controlling of the softened region in weld heat affected zone of ultra fine grained steels’. ISIJ International, 2000 Supplement 40 29–33.
  • Kawaguchi I et al : ‘Suppression of porosity formation high power laser welding’. Proc conf 7th Intl. Welding Symp. JWS, 2001 1 591–596.
  • Tsukamoto S et al : ‘Keyhole behaviour in high power laser welding’. Proc conf SPIE, 2003 4831 251–256.
  • Tsukamoto et al : ‘Keyhole unstable phenomenon in deep-penetration laser welding and its control’. Quarterly Journal, Laser Processing Society 2002 59 29.
  • Otani et al : ‘Properties of high power laser welded heat-affected zone of ultrafine-grained high-strength steel plates’. Quarterly Journal, Japan Welding Society 2003 21 (2) 267 –273.
  • Tsukamoto et al : ‘Laser welding of ultra-fine grained high-strength steels’. Quarterly Journal, Laser Processing Society 2004 62 147–153.
  • Nakamura and Hiraoka: ‘Study of fundamental characteristics of arc welding phenomena induced by making the root gap narrower and proposal for stabilising welding – Development of ultra-narrow gap GMA welding process (Report 1)’. Quarterly Journal, Japan Welding Society 2001 19 (1) 44 –53.
  • Nakamura and Hiraoka: ‘Numerical Process Simulation system in narrow gap GMA welding’ . 2002 28 (4) 150 –158.
  • Nakamura and Hiraoka: ‘Optimisation of penetration geometry by phase control in narrow gap GMA welding – Development of ultra-narrow gap GMA welding process (Report 4)’. Quarterly Journal, Japan Welding Society 2002 20 (2) 246 –258.
  • Nakamura and Hiraoka: ‘Development of shield gas composition control type narrow gap GMA welding – Development of ultra-narrow gas GMA welding process (Report 3)’. Quarterly Journal, Japan Welding Society 2002 20 (2) 237 –245.
  • Ito et al : ‘Characteristics of ultra-fine grained steel heat-affected zone in ultra-narrow gap arc welding’. Quarterly Journal, Japan Welding Society 2004 22 (3) 458 –466.

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