针对SCR连铸连轧铸轮损伤进行数值模拟及机理分析,通过持续技术装备设计创新及优化,成功解决了铸轮损伤成为制约生产的技术“瓶颈”及同类型生产线铸造“核心”问题,铸坯金相好、气孔少,漏铜少,铸轮损伤小、寿命长,成本能耗低,推广应用价值良好。 Aiming at the numerical simulation and mechanism analysis of SCR continuous casting and continuous casting wheel damage, through continuous technical equipment design innovation and optimization, successfully solved the problem that casting wheel damage has become a bottleneck of production control technology, "The problem is that the billet has good metallurgy, less stomata, less copper leakage, less damage to cast wheels, longer life, lower cost and energy consumption, and good application and promotion.