1)slab continuous casting板坯连铸
1.Research and development of secondary cooling heat transfer model for Baosteel 1930 mm slab continuous casting;宝钢1930mm板坯连铸二冷传热模型的研究与开发
2.High availability(HA) realizing of dynamic soft reduction process control system for slab continuous casting machine;板坯连铸机动态轻压下过程控制系统的高可用性实现
3.Research on dynamic secondary cooling control model for slab continuous casting machine with high casting speed;高拉速板坯连铸机动态二冷控制模型研究
英文短句/例句
1.Analysis on Causes of Slab Stagnating in CC and Their Improvement Measures板坯连铸“滞坯”原因分析及改进措施
2.Optimization of secondary cooling scheme of combined caster方/板坯连铸机浇铸矩形坯二冷制度优化
3.Experimental Study on Transient Friction Behavior Between Mould and Strand in Slab Continuous Casting板坯连铸结晶器/铸坯瞬态摩擦行为的实验研究
4.Comparison and Choice of the Temperature Maintaining Equipment in the Thin Slab Continuous Casting and Rolling薄板坯连铸连轧生产线中间坯保温设备的比较
5.Microstructure Simulation of Thin Slab Continuous Casting and Continuous Rolling(CSP)Process;薄板坯连铸连轧（CSP）轧制区组织模拟
6.THE PRODUCING STATUS OF THIN SLAB CONTINUOUS CASTING AND ROLLING IN CHINA我国薄板坯连铸连轧工艺的生产现状
7.Introduction to converter-thin slab casting and rolling project in WISCO武钢转炉-薄板坯连铸连轧工程简介
8.Study of Solidification Heat Transfer Mathematical Model for Dynamic Withdrawal Process in Slab Continuous Casting;板坯连铸动态拉坯过程凝固传热数学模型研究
9.Design and performance of thick slab CCM鞍钢厚板坯连铸机的设计及使用效果
10.Detection and Control of Instrument for AISC No.2 Slab Continue Caster鞍钢2号板坯连铸机仪表检测与控制
11.Liquid Steel Solidifing State Analysis in Mould the C C.slab板坯连铸结晶器内钢液凝固状态分析
12.Survey of new built slab caster plant EIC system of Anyang Iron and steel Group Co. ,Ltd.安钢新建板坯连铸车间三电系统简述
13.Exploration on Selection of Lubrication Grease Used in 1900mm Slab Continuous Caster1900毫米板坯连铸机润滑脂的选用探讨
14.Reason Analysis of Breakout by Sticking for Slab CCM in Jigang济钢大板坯连铸机粘结漏钢原因分析
15.Complete Set of Equipment of Continuous Casting Machine for 1350mm Plate-Slab in PISC(Panzhihua Iron and Steel(Group)CO.)攀钢1350毫米板坯连铸机成套设备
16.PIV Simulation and Optimization for Melt Flow in Continuous Casting of Aluminum Alloy Slab;铝合金板坯连铸PIV模拟及工艺优化
17.Simulation Study on the Continuous Caster Imitating Technology Based on Virtual Reality;基于VR的板坯连铸机仿真技术研究
18.PIV Analysis on Flow in the Mold during Continuous Casting of Steel Slab;板坯连铸结晶器内熔体流动的PIV分析
相关短句/例句
slab casting板坯连铸
1.Discussion of computational methods for the forces incurred in the bending phase in slab casting;板坯连铸弯曲阶段力能参数计算方法探讨
2.Numerical simulation on fluid field in mold for slab casting;板坯连铸结晶器内钢液流场的数值模拟
3.Application of continuous straightening on slab casting;连续矫直技术在板坯连铸中的应用
3)continuous slab casting板坯连铸
1.Control model for secondary cooling in continuous slab casting;板坯连铸二次冷却控制模型
2.Measurement of the Stereoshape of Solidified Shell within Mold of Continuous Slab Casting;板坯连铸结晶器内凝固壳的测定与分析
3.Modelling and Control of Dynamic Secondary Cooling and Soft Reduction in Continuous Slab Casting板坯连铸动态二冷与轻压下建模及控制的研究
4)slab concasting板坯连铸
1.Numerical Simulation of Flow Field of Molten Steel in Tundish for Slab Concasting and Operation Optimization;板坯连铸中间包钢液流场的数值模拟和操作优化
2.Coupled Numerical Simulation of Flow Field and Temperature Field in Slab Concasting Filling Process;板坯连铸充型过程流场温度场耦合数值模拟
3.Numerical Simulation on Fluid Field in Mould for Slab Concasting;板坯连铸结晶器钢液流场的数学模拟
5)slab caster板坯连铸
1.Dynamic control mathematic model of secondary cooling for slab caster;板坯连铸机二次冷却动态控制数学模型
6)continuous casting slab连铸板坯
1.Cause analysis and control measures of longitudinal cracks on the surface of continuous casting slabs;连铸板坯表面纵裂纹原因分析及控制措施
2.Study on the characteristics of central macrosegregation in moderate thickness continuous casting slabs;中等厚度连铸板坯中心宏观偏析特性研究
3.Study on intermedium cracks of continuous casting slab and improvement practice;连铸板坯中间裂纹成因分析及改进实践
延伸阅读
板坯连铸板坯连铸slab continuous casting banPi lianzhu板坯连铸(slab eontinuous Casting)以板坯为主要产品的连续铸钢技术。铸坯宽厚比大于3的即称板坯，连铸板坯主要用于轧制扁平板(厚板、中板、薄板、带卷)材。通常连铸机浇铸的板坯尺寸为:厚度150~25omm，宽度1000~lsoomm;小板坯宽度可为600mm，厚度12omm。板坯厚度小于lootnm的称薄板坯(见薄板坯连铸)。 板坯连铸机是在20世纪60年代出现的，1964年中国重庆三钢厂和联邦德国迪林根(以uinger)厂的大型板坯弧型连铸机几乎同时投入生产。重钢三厂浇铸断面为18Ommx1500mm的板坯。至今中国已建有板坯连铸机10。多台。由于板坯宽厚比大、板坯连铸不仅在连铸机构造方面，而且在生产工艺上都有其独特之处。板坯连铸机结构上的特点主要表现在二次冷却区和拉矫机。由于板坯宽度大，从结晶器出来进入二冷区的铸坯尚未完全凝固，在钢水静压力作用下，铸坯易出现鼓肚现象(见鼓肚与羡变)，引起拉坯阻力增大或拉不出来，所以铸坯导向及二冷装!必需布置密集的导向辊，以控制铸坯的鼓肚问题。拉矫机同样需要多排(20多对)拉矫辊将铸坯拉出。现代连铸的拉速高，进拉矫机的铸坯尚未完全凝固，为防止坯鼓肚和减少矫直时铸坯内部的变形应力，拉矫机由20多对拉矫辊组成，并设计成多点娇直或连续矫直(见图)。由于板坯宽度大，由中问雄注入的钢流在结晶器内的热流分布不均，会使板坯出现表面纵裂，导致板坯成为废品，为此采用浸入式水。和保护浇注工艺加以解决。进入80年代，为提高铸机效率和铸坯质量，实现直接装炉轧制，提出提高拉速和生产无缺陷坯的要求，因此板坯连铸技术有了新的发展，新技术大量涌现，并形成系统配套的工艺技术。(见彩图擂页第24页) 保护浇注(1)采用大容量高雄体的中间峨，一方鼻远 板坯连铸机示意图 1一结晶器;2一结晶器振动装置;3一铸坯导向装置面有利于夹杂上浮，另一方面在换钢包连浇时保持一冷区采用电磁搅拌设施，以增加铸坯等轴晶区，减少和定的钢液面高度，防止渣子卷入结晶器形成内部缺陷，避免偏析和中心疏松等缺陷;(3)二冷区采用汽一水喷同时也可不降低拉速;(2)在钢包与中间罐及中间罐与雾冷却，使铸坯的冷却缓和、均匀，以利于生产无缺陷结晶器之间，用耐火材料制品使钢流与空气隔绝，防止铸坯。钢水二次氧化;(3)连续均匀地向结晶器内自动加入保引锭和拉矫(l)在引枕杆上装有辊缝测量元件，护渣。
