1. 9) Shiga C, Yasuda Hiroyuki Y, HIRAOKA K, Suzuki H: Effect of Ms temperature on residual stress in welded joints of high strength steels, Welding in the World, vol. 54, no3/4, (2010) pp 71-79
2. 10) Wang W, Hue L, Zhang Y, Wang D, Jing H.: New developed welding electrode for improving the fatigue strength of welded joints. Journal of Materials Science and Technology, 18 (2002) 527-531
3. 12) Shiga C, Murakawa, H, Matsuo Y, Hiraoka K,: Compressive residual stress in welded joints with low-temperature-transformation weld metal in high-strength steel, "In-situ studies with photons, neutrons, and electrons scattering II", Springer, (2014) pp95-108.
4. 13) Yamamoto J., Hayakawa N., Zenitani S., Muramatu Y., Hiraoka K.: Effect of transformation expansion of weld metal and restraint intensity of weld joint on residual stress distribution, Pre-Prints of the National Meeting of the JWS, vol. 72 (2003) pp.238-239 (in Japanese).
5. 16) Shiga C, Mraz L, Bernasovsky P, Hiraoka K, Mikula P, Vrana M: Residual stress distribution of steel welded joints with weld metal of low transformation temperature, IIW Document No IX2149-05, Prague (2005), or Welding in the World51 (11/12): (2007) pp11-19