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钢铁结构材料的高性能化 被引量:10

Advance in Structural Steel
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摘要 叙述了以细化钢铁结构材料的晶粒尺寸为核心 ,将现有钢材强度和寿命翻番的基本进展 ;在保持塑性提高和价格下降的同时 ,碳素结构钢板带材屈服强度从 2 35MPa已提高到 4 2 0~ 4 70MPa ,塑性由最大 2 6 %提高到 2 9%~ 34% ;建筑螺纹钢由一级提高到三级 ,碳—锰钢由二级提高到四级 ,且抗地震性能好 ;高强抗延迟断裂螺栓钢 ,已达到世界最高的 13 9级。 Advance on “Ultra Steel', which is characterized by fine grained microstructure, is described in this paper. Progress has been made in this field in China. Yielding strength increases from 235 Mpa to 420~470 Mpa while elongation increases from 26% to 29%~34% for plain carbon steels. The high strength steel with anti delayed fracture function has been developed and its pilot testing has been successfully finished in IVECO Auto Com. with 13 9 grade. [
作者 翁宇庆
机构地区 中国金属学会
出处 《中国工程科学》 2002年第3期48-53,共6页 Strategic Study of CAE
关键词 结构材料 晶粒尺寸 强度 寿命 钢铁材料 基础研究 高性能化 超细晶化 物理冶金 形变诱导铁素体相变 iron and steel materials basic research performance improvement advance
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参考文献5

  • 1Akira Sato. Research project on ultra-steel in Japan(STX-21) [ C]. Asia Steel 2000, Beijing, vol (A):General, 192
  • 2Won-Pyo Lee. Development of high performance structural steels for 21 st century in Korea [ C]. Proceedings of ultra-steel 2000, Tsukuba, Japan, 33-63
  • 3Weng Yuqing. New generation of iron and steel materials in China [ C]. Proceedings of ultra-steel, Jan.2000, Tsukuba, Japan
  • 4翁宇庆.国内外钢铁材料发展的新动向[A].钢铁工业的前沿技术概述[C].北京:中国金属学会,2001
  • 5Weng Yuqing. Physical metallurgy for ultra-fine grain Steels. HIPER-21. Sep. 2000, Pohang, Korea

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