CAJ | 학술논문

采用铸造模拟软件ProCAST，系统研究钢锭模初始温度对96 t钢锭凝固过程的影响，具体包括钢锭的完全凝固时间、缩孔缩松和夹杂上浮时间等。结果表明：随着钢锭模初始温度的提高，完全凝固时间逐渐增长，在所研究范围内对缩孔缩松和夹杂物可上浮时间影响不显著。
채용주조모의연건ProCAST，계통연구강정모초시온도대96 t강정응고과정적영향，구체포괄강정적완전응고시간、축공축송화협잡상부시간등。결과표명：수착강정모초시온도적제고，완전응고시간축점증장，재소연구범위내대축공축송화협잡물가상부시간영향불현저。
In this paper, casting simulation ProCAST is used to study the effect of mold initial temperature on the solidification of a 96 t ingot. This includes the ingot complete solidification time, microporosity and macroporosity formation, inclusion floating-up time. The simulation results indicate that the ingot complete solidification time increases with the increasing of the initial mold temperature. The inclusion floating-up time and microporosity as well as macroporosity have no significant effect on the ingot solidification within the range of the studied mold initial temperature.