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受钢工况钢包壁应力场的模拟与分析 被引量：6

Simulation and Analysis of Stress Field of Ladle Wall Under a Subjected Molten Steel Case
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摘要 ANSYS程序是进行热和结构分析的好工具,它在钢包上的应用非常广泛。以钢包二维截面为研究对象,分别讨论受钢工况下耐火材料物性参数和不同的工作层厚度对包壁应力场分布的影响,从而为钢包设计提供一些依据。 ANSYS program is a good tool that carries on thermal and structural analysis, and its application on the ladle is very wide. This paper discusses separately effects of physical parameter of refractories and different thickness of working layer on stress distribution of ladle wall under a subjected molten steel case, thus as offers some bases for designing ladle.
作者 蒋国璋 陈世杰 孔建益 熊禾根 杨金堂 李公法
机构地区 武汉科技大学机械自动化学院
出处 《冶金设备》 2006年第5期10-12,34,共4页 Metallurgical Equipment
基金 武汉市科技局攻关项目（20061002052）
关键词 钢包 耐火材料 有限单元法 第一主应力 ladle refractories Finite element method First principle stress
分类号 TF748 [冶金工程—钢铁冶金]
  • 相关文献

参考文献2

二级参考文献5

  • 1Schacht,C.A.,Refractory linings:Thermomechanical design and applications,Edited by Marcel Dekker Inc.,New York (1995)
  • 2Chen,E.S.,Thermomechanical analysis of a 225-ton BOF vessel,I&S engineer November 1993 Chen,E.S.,Marc H.Frechette,Thermal and Thermomechanical evaluation of high-strenth insulation in steelmaking ladle,1996 Steelmaking conf.Proc.,457～463
  • 3A.Gaston and M.medina,Thermal modeling of casting ladles:high-alumina,dolomite,magnesite and magnesia-graphite refractories,January 1996 I&SM
  • 4Millet,L.W.,Design of refractory lining and steel shell for cast ladles,Iron and Steel engineer,1986,58 -69 April
  • 5Chen,E.S.Thermomechanical Studies of Obround Ladles During Prehesting And Use,I&SM,1993,37-43,June

共引文献19

同被引文献12

  • 1蒋国璋,孔建益,李公法,陈世杰,白晨.钢包内衬结构的优化研究[J].冶金能源,2006,25(4):41-43. 被引量：7
  • 2蒋国璋,孔建益,李公法,白晨,陈世杰.钢包温度分布模型及其测试实验研究[J].中国冶金,2006,16(11):30-32. 被引量：11
  • 3Jiang Guozhang,Kong Jianyi,Li Yourong. Calculation of temperature distribution of ladle lining [A],The Chinese Ceramic Society. The proceeding of the fourth international symposium on refractories [ C ], Beijing: International Academic Publishers/Beijing World Publishing Corporation,2003:289-292.
  • 4Shijie Chen,guozhang Jiang,Jianyi Kong. Optimizing the structure of ladle bottom based on finite element method [C]. Proceedings of the International Workshop on Modern Science and Technology in,2006:492-495.
  • 5[2]JIANG Guozhang,Kong Jianyi,Li Yourong.Calculation of Temperature Distribution of Ladle Lining[A].The Chinese Ceramic Societv.The Proceeding of the Fourth Internatiorual Symposium on Refractories[C],Beijing:International Academic Publishers/Beijing World Publishing Corporation,2003:289-292.
  • 6Jiang Guozhang,Kong Jianyi,Li Yourong.Calculation of temperature distribution of ladle lining[C].Beijing:International Academic Publishers/Beijing World Publishing Corporation,2003:289-292.
  • 7Chen Shijie,Jiang Guozhang,Kong Jianyi.Optimizing the structure of ladle bottom based on finite element method[C].Proceedings of the International Workshop on Modern Science and Technology in 2006,2006:492-495.
  • 8Chen Shijie,Jiang guozhang,Kong Jianyi.Optimizing the structure of ladle bottom based on finite element method[C].Proceedings of the International Workshop on Modern Science and Technology in 2006,2006(ISBN 7-5046-4333-5):492-495.
  • 9赵经文;王宏钰.结构有限元分析[M]北京:科学出版社.
  • 10赵经文;王宏钰.结构有限元分析[M]北京:科学出版社.

引证文献6

二级引证文献14

冶金设备
2006年 第5期

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