摘要
本文对直接标志一个国家钢产量能力的连续铸钢机的核心部件进行了研究。通过有限元分析,已分别计算出结晶器(无论其为何种材质)在变温作用下和结晶器在凝固过程中的钢水(坯)作用下各点所发生的位移,为解决结晶器长度和倒锥度的设计困难进行了有价值的探索。
This paper presents a study of the core component of a continuous casting machine which marks the ability of a country to make steel. Through a finite element analysis, the displacements occuring at every point of a crystallizer (no matter what kind of material it is made up of) are calculated when it is affected either by changing temperatures or by the molten steel 1 billet which is being solidified. Finally some valuable exploration has been made to overcome the difficulties in the design of the length and the upside down cone of the crystallizer.
出处
《西安电子科技大学学报》
EI
CAS
CSCD
北大核心
1991年第1期72-78,共7页
Journal of Xidian University
关键词
结晶器
力学模型
连铸机
有限元
continuous casting
crystallizer
finite element
