介绍了国内外高强度钢筋的发展历史、生产技术进展和发展趋势.微合金化、余热处理、细晶化是发展高强度钢筋的有效途径.在微合金化钢筋方面,V-N钢筋具有明显的技术经济优势;通过利用廉价的氮元素,促进了V(C,N)的析出,显著提高了V的沉淀强化效果,可节约钒用量50%,达到了节约贵重合金资源、降低生产成本的目的.余热处理钢筋和细晶粒钢筋通过组织强化或利用超细晶技术,在碳素钢和20MnSi钢的基础上获得了400MPa的Ⅲ级钢筋和500MPa的Ⅳ级钢筋,减少了合金的消耗,节约了资源.为了提高建筑物安全性,国外开发了屈服强度685～980MPa级的超高强度抗震钢筋.在耐腐蚀钢筋领域,开发了高氮不锈钢钢筋,满足建筑物长寿命的要求.
参考文献
| [1] | 中国钢铁工业协会 .中国钢铁工业统计(2009年)[R].北京:中国钢铁工业协会,2009. |
| [2] | Russwurm D;Wille P.High Strength Weldable Reinforcing Bars[A].Pittsburgh:ISS,1995:377. |
| [3] | Trotter H G.High Strength Steel Reinforcement[J].The Metallurgist and Materials Technologist,1977(02):73. |
| [4] | Vanadium Steel-Reinforcing Bars[R].VANITEC Monograph No.1,Publication No.V025[R].London:Vanadium International Technical Committee,1976. |
| [5] | Sage A M .Effect of V,N,AI on the Mechanical Properties of Reinforcing Bar Steels[J].Metals and Technology,1976,3(02):65. |
| [6] | Lindberg I.Weldable High Strength Reinforcing Bars Microalloyed With Vanadium and Nitrogen[A].Krakow,1980 |
| [7] | Korchynsky M.Overview[A].Dearborn:Iron and Steel Society,1988:79. |
| [8] | Zajac S;Siwechi T;Hutchinson W B et al.Strengthening Mechanism in Vanadium Microalloyed Steel Intended for Long Products[J].ISIJ International,1998,38(10):1130. |
| [9] | Zajac S;Lagneborg R;Siwechi T.The Role of Nitrogen in Microalloyed Steels[A].Pittsburgh:ISS,1995:321. |
| [10] | Economopoulos M;Respen Y;Lessel G et al.Application of the Tempcore Process to the Fabrication of High Yield Concrete-Reinforcing Bars[R].Liege:CRM,1975. |
| [11] | Simon P;Economopoulos M;Nilles P .Tempcore:A new Process for the Production of High-Quality Reinforcing Bars[J].Iron & Steel Engineers,1984,61(03):55. |
| [12] | Kuroda N;Yoshikawa M .High Production Capacity Steel Bar Mill of High Strength Steel Bars for Concrete Reinforcement[J].Kobe Steel Engineering Reports,2008,58(02):7. |
| [13] | Rosso M;Comoglio M;Metotti G et al.[J].La Mettallurgia Italiana,1998,90(02):35. |
| [14] | 张永权,杨才福,柳书平.钒氮微合金化钢筋的研究[J].钢铁钒钛,2000(03):12-15. |
| [15] | Yang Caifu;Zhang Yongquan;Liu Shuping.Precipitation Behavior of Vanadium in V-N Microalloyed Rebars Steels[A].北京:冶金工业出版社,2000:152. |
| [16] | 张永权,杨才福,柳书平.经济型建筑用Ⅲ级钢筋的研究[J].钢铁,2000(01):43-46. |
| [17] | 杨才福,张永权,柳书平.钒、氮微合金化钢筋的强化机制[J].钢铁,2001(05):55-57,78. |
| [18] | 季怀忠,杨才福,张永权.氮对含钒20MnSi钢筋强化的影响[J].特殊钢,2000(05):20-22. |
| [19] | 翁宇庆.超细晶粒钢[M].北京:冶金工业出版社,2003 |
| [20] | GB1499-1998.钢筋混凝土用热轧带肋钢筋[S].北京:国家质量技术监督局,1998. |
| [21] | 雍歧龙;马鸣图;吴宝榕.微合金钢-物理和力学冶金[M].北京:机械工业出版社,1989 |
| [22] | Central Iron and Steel Research Institute .Trial Mill and Mechanical Properties of Low Cost V-N Microalloyed HRB 400Hot Rolled Rebuts[R].北京,2002. |
| [23] | Glodowski R J.Nitrogen Strain Aging in Microalloyed Steels[A].Indianapolis:ISS,2003:763. |
| [24] | Panfilova L M;Siirnov L A;Mitchell P S.The Crucial Role of Vanadium and Nitrogen for Alloying of Reinforcing Steel[A].Panzhihua,2005 |
| [25] | C. Bourgin;E. Chauveau;B. Demelin .Stainless steel rebar: the choice of service life[J].Revue de Metallurgie: Cahiers d'Informations Techniques,2006(2):89-95. |
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