Technical Publications

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USE OF VANADIUM AND NITROGEN IN PLATES AND STRUCTURALS
1. "Study of High-Tensile Heavy Plate with V-N Microalloying Technology," by Yang Xiong, Jin Yongchun, Wang Quanli, and Zhang Gongyan, International Seminar 2005 on Application Technologies of Vanadium in Flat-Rolled Steels, Suzhou, China; 2005. A Vanitec Publication.
2. "Hot-Deformation Behavior and Recrystallization Controlled Rolling of Ti-V-N Plate Steels," by Sun Quanshe and Zhang Yongjia, International Seminar 2005 on Application Technologies of Vanadium in Flat-Rolled Steels, Suzhou, China; 2005. A Vanitec Publication.
3. "The Effect of Vanadium on the Microstructure and Toughness of Weld Heat-Affected Zones," by Peter S. Mitchell, Iron and Steel Supplement: vol. 40; November 2005; pp 36-42. Vanitec Publication V1105-2.
4. "The Weldability of Vanadium-Microalloyed Steels," by P H M Hart, Proceedings of International Symposium 2000 on Vanadium Application Technology; Guilin, China; November 2000. Vanitec Publication V0101.
5. "Heavy Gauge H-Shapes and Excellent Seismatic Resistance for Building Structures Produced by the Third Generation TMCP," International Symposium on Steel for Fabricated Structures Conference; ASM International; November 1999. Vanitec Publication V0100.
6. "The Effect of Vanadium on the Toughness of Welds in Structural and Pipeline Steels," by P. H. M. Hart and P. S. Mitchell, Welding Research Supplement; July 1995. Vanitec Publication V0294.
7. "Effect of Nitrogen on Properties of Weldments," by Tadeusz Siwecki, Research Report, Swedish Institute for Metals Research; 1993.
8. "The Influence of Plate Production Processing Route, Heat Input and Nitrogen on the Haz Toughness in Ti-V Microalloyed Steel," by Stanislaw Zajac, Tadeusz Sewicki, Bevis Hutchinson, Lars-Erik Suensson and Marten Attlegard; Research Report, Swedish Institute for Metals Research; 1991.