摘要
以全氢罩式退火炉(简称"全氢炉")为研究对象,分析了全氢炉内具体的燃烧、流动和传热传质过程,同时开发了反映全氢炉退火过程的数学模型,借助数值模拟方法进行了全氢炉虚拟样机的开发。该虚拟样机为全氢炉钢卷堆垛退火提供退火工艺制度预测之外,还为进行新退火工艺、新钢种的扩展和新炉型的开发和改造提供了模拟辅助试验分析平台。
The HICON/H2 bell annealer which was produced by EBNER Corporation was taken as the object to be studied. The procedures of combustion, fluid flow, heat and mass transfer process of the bell annealers were analyzed, and the mathematical models were established to describe the annealer process of HICON/H2 bell annealer. Based on these works, the numerical simulation method was used to develop the virtual prototype of HICON/H2 bell annealer, which could predict the craft system （included heating time, soatdng time, cooling time, tapping temperature）. At the same time, it could be used as an experimental platform for development of new annealer crafts, new type of steel and new type of bell annealer.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2009年第7期1938-1941,共4页
Journal of System Simulation
关键词
全氢罩式炉
虚拟样机
数值模拟
试验平台
HICON/H2 bell annealer
virtual prototype
numerical simulation
test platform
