in this paper, a cooling water control problem in the process of continuous casting of steel is discussed;
对连铸过程的二冷水控制问题进行了讨论 ;
continuous casting of steel billet is a new steel-smelting technology.
板坯连铸是炼钢新工艺。
traditionally, the mathematical model for the specifications and optimization of spray cooling in continuous casting of steel is based on the effective conductivity model.
通常制定和优化二冷制度的数学模型基础是有效导热凝固模型。
mould is the heart of continuous caster, and plays an important part in the continuous casting of steel billets.
结晶器是连铸设备的「心脏」,是连铸生产中的核心部件。
horizontal heat transfer through mold flux film during continuous casting of steel is very important, because the heat transfer can strongly affect the surface quality of the strand.
在连铸生产中,通过保护渣渣膜的传热一直是冶金工作者研究的热点,这是因为它对铸坯的表面质量有重要影响。
based on contact and gap heat transfer theroy, a mathematical model on the mold dynamic heat flux of continuous casting of steel is developed.
本文从接触一间隙传热原理出发建立起结晶器动态热流数学模型,它与铸坯凝固传热计算相结合,预报了连续铸坯钢的过程。