高效连铸

高效连铸是炼钢工艺流程中的一项系统技术。

High efficiency continuous casting is a systematic technology in the steelmaking process flow .

成功开发新型中间包工作层材料，多角度应用耐火材料综合砌筑技术，为提高中间包连浇炉数，提高连铸机的作业率，实现高效连铸提供了条件。

The development of new tundish working lining material successfully and the application of compound masonry technique of refractory can improve the tundish continuous casting heats and the productive efficiency of continuous caster , which supplying the condition of high efficiency continuous casting .

小方坯高效连铸技术在我国的发展与措施

Development and measures of High Efficient Billet Continuous Casting in China

高效连铸钢包周转的动态管理模式

Dynamic management mode for turn-around of high efficient Concasting ladle

高效连铸下的异型坯质量缺陷分析及优化控制策略

Analysis of Beam Blank Defects and Optimum Control for High Efficient Continuous Casting

首钢高效连铸系统技术的开发与应用

Practice of the Technology Optimization for High Efficient Continuous Casting System in Jigang

动态轻压下技术在梅山高效连铸中的应用

Application of Dynamic Soft Reduction Technology in High Efficient Continuous Casting in Meishan Steelworks

方坯高效连铸的物流管制及经济效益

Mass Flow Control and Its Economic Benefit in High Efficiency Continuous Casting of Billet

机车车辆动力学强度专业发展的建议和设想武钢发展高效连铸的初步设想及几点建议

Proposal and Tentative Ideas about Specialty Development of Dynamics and Strength in Locomotive and Car

高效连铸是钢铁冶金发展的必然趋势，而技术的进步才是根本的推动力。

High efficient continuous casting is necessary direction of steel metallurgy , and developing technology is the base impetus .

高效连铸的重要技术高效连铸抛物线锥度结晶器的研究与设计

HIGH EFFICIENCY CONTINUOUS CASTING RELATED IMPORTANT TECHNOLOGY Research and design of parabolic taper mould for high efficiency continuous casting of billet

目前，对于板坯的连铸生产，主要围绕着无缺陷铸坯生产和高效连铸这两种技术开展。

Presently , the non-disfigured slab and the high efficiency are the pivot of the production of the slab continuous casting .

随着连续铸造技术的日益发展，高效连铸是主要的发展方向。

With the increasing development of technologies , high-efficiency continuous casting has become the main development direction of the continuous casting .

本文介绍结晶器管理和技术改造，说明结晶器在高效连铸中的重要性。

This paper describes the management and technological reform of CC mould , and also shows their importance to high-efficiency continuous casting .

本文建立了方坯高效连铸二冷数学模型，提出了喷嘴有效喷淋系数和二冷有效比水量的概念。

The concepts are put forward for the effective spraying water coefficient and the effective specific special water flowrate of secondary cooling .

随着高效连铸的发展，中间包和结晶器的冶金作用越来越明显。

With the development of continuous casting process of high efficiency , the metallurgical effects of tundish and mould become more and more obvious .

世界高效连铸技术的发展现状及发展我国高效连铸技术的建议

The State-of the Art of High-efficient Continuous Casting Technology in the World and the Proposals as to the Development of High-efficient Continuous Technology in China

简介了国内铸机的数量、种类、装备水平、高效连铸的发展；

This paper briefly introduces the quantities , types and equipment level of casters in our country as well as development of high-efficiency continuous casting .

高效连铸技术是近年来世界各国钢铁企业竟相追求的目标。

High active continuous casting has become the target being chased by one other in steel occupation in the most country of the world recently .

现代钢铁工业发展的趋势之一是高效连铸，结晶器振动仍是其核心技术之一。

The one direction of the modem iron and steel industry is High-speed Casting , to which the core technology is still the mould oscillation technology .

为适应高效连铸和开发新品种的需要，邯钢第三炼钢厂方坯连铸中间包工作层用碱性干式自流料取代了硅质绝热板。

For high-efficiency casting and variety development , silica insulation plate was replaced by basic dry lining material in the working layer of billet caster tundish .

针对马钢异型坯高效连铸的背景，分析了异型坯生产中铸坯质量的主要缺陷类型：表面纵裂和中心裂纹。

Based on the underground of high efficient CC in Ma'steel , the longitudinal surface crack and centerline crack , the uppermost defects of beam blank CC production are studied .

虽然高效连铸在我国已取得了突破性的进展，但与国外水平相比尚有差距，国内发展也不平衡。

Although revolutionary progress in high-efficient CCM has been made in our country , there is still adistanceas compared with the international level and the domestic development is also unbalanced .

论述了世界钢铁工业发达国家开发板坯、小方坯、圆管坯连铸机高效连铸技术的现状。

The state-of the Art of the high-efficient continuous casting technology for slab , billet , round tube stock caster developed by the developed countries in the world iron-steel industry are discussed .

采用高效连铸技术应结合企业实际，以炉机匹配和少投入为原则，加强设备及工艺改进以优化结构，降低成本，增加产量。

The reform aim is to match between steelmaking furnace and continuous casting machine , to strengthen improvement of equipments and processes , to optimize production structure combined with the enterprises practical condition .

连铸坯的矫直技术是发展高效连铸的关键技术之一，高效连铸技术的核心就是高拉速及高铸坯质量。

Straightening billet continuous casting technology is one of the key technologies of efficient continuous casting , the core of efficient continuous casting technology is high speed and high quality of the slab .

为保证高效连铸工艺顺行、提高铸坯质量，研究和控制中间包及结晶器内钢液的流动行为是关键。

In order to assure higher efficiency continuous casting technology and improve the quality of products , it is key point to know and control the steel flow pattern in the tundish and mould .

高效连铸是我国连铸技术发展的主要目标，而小方坯的高效连铸更是我国连铸技术改造的首要问题。

To get high casting efficiency is the main problem we must consider in the technological reform of continuous casting in our country and the key for billet continuous caster is to realize high speed continuous casting .

其次，运用现代控制技术和通讯技术，针对连铸二次冷却水控制系统存在的问题，建立了高效连铸过程中自动配水的数学模型，并对此进行优化。

In succession , using modern control techniques and communication techniques , aimed at the potential problems of the control system of secondary cooling water , make up and optimize a numerical model of high efficiency continuous casting .

近年，高效连铸成为连铸发展的一个主要趋势，如何提高连铸坯产量和质量也成为连铸生产中研究的主要问题之一。

In recent years , high efficient continuous casting technology has been looked as the primary tendency during the development of continuous casting , how to improve the quality and output of continous casting slab has been more interested .