On the basis of analysis and synthesis of the two type of different thermal boundary conditions, a method was developed, which can convert the thermal boundary conditions written by the beat transfer coefficient style into the thermal boundary conditions
On the basis of analysis and synthesis of the two type of different thermal boundary conditions, a method was developed, which can convert the thermal boundary conditions written by the beat transfer coefficient style into the thermal boundary conditions
摘要在对结晶器传热数学模型中广泛使用的给定铸坯与结晶器界面间热流密度以及给定铸坯与结晶器界面间传热系数两种不同形式的传热边界条件进行分析与综合的基础上，提出把传热系数形式的传热边界条件式转换为热流密度形式的传热边界条件式的方法。