摘要
为了研究通道式感应加热中间包的加热效率和流场的分布情况，对通道式感应加热中间包进行电磁场、流场、温度场耦合计算分析，在此基础上提出了1种新的弧形通道设计方式。计算得出：直线型通道式感应加热中间包在加热功率1 000 kW的情况下，升温速率可达2℃／min；而弧形通道的设计加热效率更高，平均升温幅度比直线型通道高2～5℃，且死区面积减小，浇铸区温度分布更加均匀。
In order to study the heating efficiency and flow field distribution of channeltype induction heating tundish, the electromagnetic-fluid-thermal coupling field wascalculated and analyzed. On this foundation, a new design type of curved channel ofinduction heating tundish was proposed. The calculation results indicated that , whenthe heating power was 1 000 kW, the heating rate could reach 2 ℃/min for linearchannel induction heating tundish., and the new design of curved channel type ofinduction heating had a higher induction heating efficiency, the average range oftemperature rise was 2-5 ℃ higher , the dead area was decreased, and the temperaturedistribution in casting area was more uniform.
出处
《钢铁研究》
CAS
2014年第3期20-25,共6页
Research on Iron and Steel
基金
国家自然科学基金资助项目(51174024)
关键词
感应加热
中间包
数值模拟
流场
温度场
induction heating
tundish
numerical simulation
flow field
thermal field
