참고문헌

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7. J. of Japan Welding Society v.52 no.2 Improvement of welded HAZ toughness by dispersion with nitride particles and oxide particles M. Nakanishi;Y. Komicho;I. Seta
8. Welding Journal v.66 no.10 Improvement of HAZ toughness in HSLA steel by introducing finely dispersed Ti-oxide H. Homma;S Ohkita;S. Matsuda;K. Yamamoto
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12. IIW Doc. XII-A-113-75 Study on Charpy impact properties of weld metal in submerged are welding Y. Ito;M. Nakanishi
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22. IIW Doc. IX-1196-81 N. Mori;H. Homma;S. Okita;M. Wakabayashi
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25. Metall. Trans. A v.17A no.9 Inclusion phases and the nucleation of acicular ferrite in submerged arc welds in high strength low alloy steels J. M. Dowling;J. M. Corbett;H. W. Kerr
26. Use of surrogate addition to achive mechanistic understanding of the role of titanium and boron contents on the formation of acicular ferrite in steel weld metal D. W. Oh
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28. Met. Trans. A. v.21A no.5 Banite in steel H. K. D. H. Bhadeshia;J. W. Christian
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34. ISIJ International v.36 no.11 The role of Mn depletion in intra-granular ferrite transformation in the heat affected zone of welded joints with large heat the input in structural steel H. Mabuchi;R. Uemori;M. Fusioka
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36. phD thesis. Seoul National Univerisity Nucleation of intragranular ferrite at non-metallic inclusions in low carbon steel Jae-Hyeok Shim
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40. J. of Mater. Sci. v.16 nfluence of oxygen-rich inclusions on the r->a phase transformation in high-strength low-alloy(HSLA) steel weld metals P. L. Harrison;R. A. Farrar
41. Proc. Int. Conf. on Effect on residual, impurity and microalloying elements on weldability and weld properties The effect of low level concentrations of some elements on the toughness of submerged-arc welded C- Mn steel welds L. Devillers;D. Kaplan
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