1) hoop type heater
环形管加热炉
2) rotary reheating furnace
环形加热炉
1.
Study and application of on line optimum control for rotary reheating furnace;
环形加热炉在线优化控制的研究与应用
2.
Tube optimizing heating control system based on mathematical model of rotary reheating furnace;
基于环形加热炉数学模型的管坯优化加热控制系统
3.
The optimal heating-up curves adapted to different types of steel tubes on standard production were obtained in this work in the meth-od of off-line optimization,aimed on the lowest fuel consumption and oxide loss prerequisite heating quality of rotary reheating furnace.
以环形加热炉在标准产量下满足加热质量要求为前提,以燃耗和氧化烧损最低为目标,通过离线优化研究,得到了标准产量下不同管坯的最优升温曲线。
3) rotary hearth furnace
环形加热炉
1.
Fictitiousemissivity method was introduced into a two-dimensional heat transfer model of steel bar in rotary hearth furnace.
总括热吸收率法一般只用于钢坯加热过程一维数学模型的计算中,采用CFD模拟并结合黑匣子测试结果来分析管坯加热过程的总括热吸收率,将总括热吸收率法应用于环形加热炉管坯二维在线数学模型中,通过实践证明了该方法的可行性。
2.
The self learning function and its performance of furnace pressure control for rotary hearth furnace are described mainly.
介绍了无缝钢管厂热轧线环形加热炉和步进加热炉控制系统的组成及功能，重点叙述了环形炉炉膛压力控制自学习功能及其实现。
4) circular furnace
环形加热炉
1.
The technical reformation of Φ10.1m circular furnace;
Φ10.1m环形加热炉的节能技术改造
5) annular furnace
环形加热炉
1.
This paper states technical features and reforming measures on annular furnace,which may provide reference for technical improvement of annular furnace.
介绍了环形加热炉的技术特点和改进措施 ,为环形加热炉的技术改进提供参考和借
2.
The heating process of the round steel billet in the annular furnace was researched by the method of the thermal state simulating experiment.
应用热态模型试验的方法对环形加热炉圆钢坯加热过程进行了研究 在此基础上 ,进行了现场测试 ,根据实验和实测结果 ,对数学模型进行了修正 ,给出了不同条件下的热流修正系
3.
The high temperature measurement equipment and method for the heating of continuous casting slab in the annular furnace are introduced.
介绍了连铸钢坯在环形加热炉内加热实际温度测试的设备和方法,以在包钢中的应用为例,分析了加热炉目前的加热效果,提出相应的改进意见,并探讨了数学模型控制和待轧策略。
6) annular heating furnace
环形加热炉
1.
On the basis of the actual situation of 42 annular heating furnace in Henggang,by means of calculating and analyzing the heat-transfer and oxidation of steel blocks inner the furnace chember,the suitable system of steel blocks heating was determined,as well as the measures and schemes to save energy and reduce consume for the annular heating furnace were proposed.
结合衡钢!42环形加热炉的实际情况,通过对炉膛炉内钢坯传热及氧化计算分析,制定了合理的钢坯加热制度,提出了加热炉节能降耗的措施。
2.
In Pansteel,the designed capacity of the annular heating furnace for ф508 mm pilger-mill is 60t/h,using natural gas as fuel.
攀钢集团成都钢铁有限责任公司ф508mm周期轧管机组环形加热炉设计生产能力60t/h,燃料为天然气。
3.
Taking the annular heating furnace of Φ508 mm tube rolling unit of Panzhihua Steel as the investigating subject,combining with on-site programming and debugging experience,the paper introduces the furnace temperature control system,and gives the appropriate measures for on-site problems.
文章以攀钢集团成都钢铁有限责任公司Φ508 mm轧管机组环形加热炉炉温控制为研究对象,结合现场编程调试经验,对环形炉的炉温控制系统进行了介绍,并针对现场问题给出了相应的解决措施。
补充资料：直径48m环形加热炉基础(天津无缝钢管总厂)
直径48m环形加热炉基础(天津无缝钢管总厂)
直径48m环形加热炉基础(天津无缝钢管总厂)
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