材料研究学报  2006, Vol. 20 Issue (4): 407-411

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超细晶1.73C超高碳钢的组织和性能

张占领　 柳永宁　 朱杰武　 于光

张占领; 柳永宁; 朱杰武; 于光 . 超细晶1.73C超高碳钢的组织和性能[J]. 材料研究学报, 2006, 20(4): 407-411.

摘要 参考文献 相关文章 Metrics 全文: PDF(1259 KB)   摘要: 将1.73C%超高碳钢(UHCS-1.73C)的钢锭经过低应变、多道次锻造,加热淬火、高温回火后得到超细晶粒、球状碳化物组织,再进行循环感应热处理,得到超细晶粒马氏体基体上分布超细球状碳化物的组织,研究其组织和性能与循环感应热处理之间的关系.结果表明,随着感应加热淬火循环次数增加,组织中出现板条马氏体且数量增加,马氏体片变短、钝化,碳化物颗粒更圆整,压缩屈服强度升高,塑性增大.循环感应淬火4次后(不回火)屈服强度1105 MPa,断裂强度1992 MPa,压缩率9.8%. Key words： 收稿日期: 1900-01-01      服务 把本文推荐给朋友 加入引用管理器 E-mail Alert RSS 作者相关文章 张占领 柳永宁 朱杰武 于光 44.8K 链接本文: https://www.cjmr.org/CN/Y2006/V20/I4/407 1 O.D.Sherby, Bruno Walser, Conrad M. Young, Eldon M. Cady, Scripta Metallurgic., 9, 569(1975) 2 Sherby Oleg D, Oyama Toshimasa, Wadsworth Jeffrey, Divorced eutectoid transformation process and product of ultrahigh carbon steels, U. S. Pat., 4448613(1984) 3 Strum Michael J, Goldberg Alfred, Sherby Oleg D, Landingham Richard L, Transformation process for production of ultrahigh carbon steels and new alloys, U. S. Pat., 5445685(1995) 4 Sherby Oleg D., Kum Dong W, Oyama Toshimasa, Wadsworth Jeffrey, Ultrahigh carbon steels containing aluminum, U. S. Pat., 4769214(1988) 5 Oleg D. Sherby, Jeffrey Wadsworth, Journal of Materials Processing Technology., 117, 347(2001) 6 W.J.Kim, E.M.Taleff, O.D.Sherby, Journal of Materials Science., 33, 4977(1998) 7 C.K.Syn, D.R.Lesuer, O.D.Sherby, Metallurgical and Materials Transactions., 25A, 1481(1994) 8 T.Puruhara, T.Maki, CAMP-ISIJ, 12, 413(1999) 9 N.Orhan, B.Kurt, Journal of Materials Processing Technology., 136, 174(2003) 10 SHI Shuqin, GU Nanju, T.Puruhara, T.Maki, CHEN Guang, Transactions of Materials and Heat Treatment., 26(4), 79(2005) (石淑琴,谷南驹,古原忠,牧正志,陈光,材料热处理学报, 26(4),79(2005)) 11 SHI Shuqin, ZHANG Zhenzhong, CHEN Guang, Ordnance Material Science and Engineering., 25(6), 57(2002) (石淑琴,张振忠,陈光,兵器材料科学与工程,25(6), 57(2002)) 12 LUO Guangmin, WU Jiansheng, SHI Haisheng, LIN Yijian, ZHANG Jingguo, Journal of Shanghai Jiaotong University., 37(12), 1835(2003) (罗光敏,吴建生,史海生,林一坚,章靖国,上海交通大学学报, 37(12),1835(2003)) 13 WANG Baoqi, PENG Huifen, SONG Xiaoyan, LI Hongjuan, GU Nanju, SHI Shuqin, Transactions of Materials and Heat Treatment., 25(1), 27(2004) (王宝奇,彭会芬,宋晓艳,李红娟,谷南驹,石淑琴,材料热处理学报,25(1),27(2004)) 14 T.Furuhara, J.Yamaguchi, T.Maki, CAMP-ISIJ, 17, 356(2004) 15 Mogilevsky Mikhail A., Method of forming cast alloys having high strength and plasticity, U. S. Pat., 6764560(2004) 16 XU Yan, LIU Yongning, Materials For Mechanical Engineering., 28(1), 41(2004) (许雁,柳永宁,机械工程材料,28(1),41(2004)) 17 Zhu Jiewua, Xu Yan, Yongning Liu, Materials Science and Engineering., 385A, 440(2004) 18 Huifen PENG, Baoqi WANG, Jianjun ZHANG, Xiaoyan SONG, Xiaoli MA, Nanju GU, J. Mater. Sci. Technol., 20(5), 567(2004) 19 SHI Haisheng, WU Xingfang, ZHANG Jingguo, SUN Desheng, CHEN Jiaguang, JI Sikai, Chinese Journal of Material Research., 16(2), 214(2002) (史海生,吴杏芳,章靖国,孙德生,陈家光,季思凯,材料研究学报,16(2),214(2002)) 20 D.A.Porter, K.E.Easterling, Phase transformations in metals and alloys, second ed., (Chapman & Hall, London, New York, 1992) p.412x No related articles found! Viewed Full text Abstract Cited   Shared      Discussed