高炉炉壳是一种特殊的高温工作容器,工作中承受着十分复杂的应力场,特别是在高炉强化冶炼的工况下,应力状态变得更加复杂,当应力超过炉壳材料本体或焊缝等强度时就会出现炉壳裂缝或崩裂等事故发生,导致重大经济损失,甚至严重威胁人身安全。因此,对高炉炉壳应力的仿真与研究具有非常重要的意义。本文通过对高炉炉壳建立相关模型,进行仿真分析,为高炉新建,维护,修复等方面提供技术指导。 Blast furnace shell is a special high-temperature working container, work under a very complex stress field, especially in blast furnace smelting conditions, the stress state becomes more complex, when the stress exceeds the shell material or weld Such as strength will occur when the shell cracks or cracking and other accidents, leading to major economic losses, and even a serious threat to personal safety. Therefore, it is very important to simulate and study the stress of blast furnace shell. In this paper, through the establishment of blast furnace shell related models, simulation analysis, provide technical guidance for blast furnace new construction, maintenance, repair and so on.