摘要
以计算流体力学分析软件FLUENT为工具,预测了连续热镀锌过程中锌锅内部锌渣生成的位置,并通过提高锌锭的入锅温度来减少锌锅中锌渣的生成量。结果表明:提高锌锭入锅温度可以有效减少锌渣的生成量,并且锌锭入锅温度的升高对钢带表面温度的影响并不会导致钢带力学性能的破坏。
Abstract：The location of zinc dross forming was predicted based on FLUENT which is a kind of computational fluid dynamics software. The way of enhancing the temperature of ingots when they were sent to the zinc pot was given to reduce the dross formation. The results show that this way can reduce formatted dross effectively, and increase the temperaturing of ingots will not do harm to the mechanical properties of steel strip.
出处
《热加工工艺》
CSCD
北大核心
2014年第2期199-201,共3页
Hot Working Technology
关键词
热镀锌
数值模拟
锌渣
hot-dip galvanizing
numerical simulation
zinc dross
