1) interstand cooling
机架间冷却
1.
Computation of hot strip temperature contribution by interstand cooling mathematical model;
机架间冷却数学模型计算带钢温度分布
2.
The hot strip heat-flow density in interstand water cooling zones of finishing mill was predicted by mathematical model combined with BP neural network for optimization of the model of interstand cooling.
采用BP神经网络与数学模型相结合的方法对热带精轧机组机架间水冷区带钢热流密度进行预测,进而优化了机架间冷却的数学模型。
3.
In order to improve the control accuracy of strip finishing temperature, the heat exchange process that causes hot strip temperature variation during finish rolling was analyzed, which provides the theoretical basis of heat transfer and selfstudy model for interstand cooling control.
为了提高带钢终轧温度的控制精度,对精轧过程中导致带钢温度变化的热交换过程进行了分析,并以此作为建立机架间冷却控制的传热模型和自学习模型的理论依据。
2) inter-stand spray water cooling
机架间喷水冷却
1.
Based on several exiting mathematical models, an off-line temperature simulation software was developed to improve the control effect on strip head temperature in finishing rolling process and draw up a more reasonable inter-stand spray water cooling scheme.
为了提高热轧带钢头部终轧温度命中率,以及确定合理的机架间喷水冷却制度,结合带钢热轧过程温度数学模型,开发了精轧区温度模拟计算软件·对多种不同规格产品进行了离线模拟计算,模拟计算结果与实测结果吻合较好,表明模型具有较高的精度·在温度模拟计算的基础上,给出了终轧温度设定策略·对两种截然不同的机架间喷水冷却阀门开启逻辑做了计算分析,结果表明,逆向开启机架间喷水冷却阀门,顺向关闭阀门,能以较少的喷嘴开启数达到终轧温度目标范围,并且可以节约能耗
3) oil cooler bracket
机油冷却器支架
4) inter-stand cooling
机架间水冷
1.
The thermal evolution of hot rolled strip during inter-stand cooling at CSP hot rolling line was calculated with numerical method.
讨论了机架间水冷对带钢传热和断面温度演变的影响。
5) press cooling time
压机冷却时间
6) cooling roll stand
冷却辊架
补充资料：上海十钢有限公司φ1350五机架冷连轧机组轧制窄带钢
上海十钢有限公司φ1350五机架冷连轧机组轧制窄带钢
上海十钢有限公司(b350五机架冷连轧机组轧制窄带钢
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条