在考虑连铸坯壳应力遗传特性的基础上,建立了结晶器内坯壳的二维应力分析模型,利用ANSYS的初应力方法实现了坯壳应力遗传行为。分析结果表明:与传统应力模型的分析结果相比,遗传分析模型计算的坯壳位移和应力分布规律基本相同。应力遗传方法得到的应力值明显较高,在铸坯中部和角部,坯壳等效应力最大值分别高出12%和70%。 Based on the genetic characteristics of the stress of continuous casting shell, a two-dimensional stress analysis model of the shell in the mold was established, and the stress behavior of the shell was realized by using the initial stress method of ANSYS. The analysis results show that compared with the traditional stress model analysis results, the shell deformation and stress distribution calculated by the genetic analysis model are basically the same. The stress values ​​obtained by stress genetic method are obviously higher, which are 12% and 70% higher than the maximum values ​​of the equivalent stress in the middle and corner of slab.