Technological Characteristics of Thin Slab Continuous Casting and Rolling Process and Variety Development in WISCO

机译：武钢薄板坯连铸连轧工艺技术特点及品种开发

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The CSP plant of Wuhan Iron and Steel (GROUP) CROE In light of its own advantages and characteristics of the process, the high property and high additional value products (such as silicon steel, high weather proof structure steel) will fully be developed and be produced batch. This article discusses the characteristics of the CSP plant of WISCO and the variety development of the program. In the few years, the variety development lead direction will be the development lead direction of the CSP plant of WISCO. I believe it is expected that after 2-3 years, WISCO will lead the technology of thin slab casting rolling in the world in terms of productivity, varieties and quality.

机译：武钢CROE的CSP工厂将根据自身工艺的优势和特点，充分开发并生产高品质，高附加值的产品（如硅钢，耐候结构钢）。生产批次。本文讨论了武钢CSP工厂的特点和程序的品种开发。几年来，品种开发的主导方向将成为武钢CSP工厂的开发主导方向。相信在2-3年后，武钢将在生产率，品种和质量方面引领世界薄板坯连铸技术。

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《2009年薄板坯连铸连轧国际研讨会（TSCR 2009）（2009 International Symposium on Thin Slab Casting and Rolling）》|2009年|65-72|共8页
会议地点 Nanjing(CN);Nanjing(CN)
作者
WU Jian-peng; WANG Jin-ping; SHEN Ji-sheng; WANG Chun-feng;
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作者单位

CSP Plant of Wuhan Iron Steel Corp, Wuhan 430080, Hubei, China;

CSP Plant of Wuhan Iron Steel Corp, Wuhan 430080, Hubei, China;

CSP Plant of Wuhan Iron Steel Corp, Wuhan 430080, Hubei, China;

CSP Plant of Wuhan Iron Steel Corp, Wuhan 430080, Hubei, China;

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中图分类 TFTG;
关键词
thin slab casting and rolling; process characteristics; silicon steel; variety development;

机译：薄板坯连铸轧制；工艺特性；硅钢；品种开发;

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专利

1. Development of 8m/min casting technologies at medium thick slab continuous casting(Development of thin slab casting technologies with liquidcore reduction - 6) [J] . 菊地佑久, 花尾方史材料とプロセス: 日本鉄鋼協会講演論文集 . 1999,第4期

机译：中厚板坯连铸8m / min铸造技术的发展（减少液芯的薄板坯铸造技术的发展-6）
2. Development of 8m/min casting technologies at medium thick slab continuous casting(Development of thin slab casting technologies with liquidcore reduction - 6) [J] . 菊地佑久, 花尾方史材料とプロセス: 日本鉄鋼協会講演論文集 . 1999,第4期

机译：8M / MIN铸造技术在中厚板连铸技术（液体煤层铸造技术开发 - 6）
3. Development of Heavy Section Steel Plates with Improved Internal Properties through Forging and Plate Rolling Process Using Continuous Casting Slabs [J] . Kiyomi Araki Kawasaki Steel Technical Report . 1999,第40期

机译：使用连铸板坯通过锻造和轧制工艺开发具有改善的内部性能的厚型钢板
4. Technological Characteristics of Thin Slab Continuous Casting and Rolling Process and Variety Development in WISCO [C] . International symposium on thin slab casting and rolling . 2009

机译：薄板连铸轧制和轧制工艺的技术特点及武器多种发展
5. Three-dimensional mathematical modeling of the thin slab continuous casting process. [D] . O'Connor, Thomas Gerald. 1992

机译：薄板坯连铸过程的三维数学建模。
6. Influence of M-EMS on Fluid Flow and Initial Solidification in Slab Continuous Casting [O] . Guoliang Liu, Haibiao Lu, Bin Li, 2021

机译：M-EMS对板坯连续铸造流体流动和初始凝固的影响
7. Characteristics of Plasticine Used in the Simulation of Slab in Rolling and Continuous Casting [O] . Kenji CHIJIIWA, Yotaro HATAMURA, Nobuki HASEGAWA 1981

机译：轧制和连铸铸造模拟橡胶晶体的特征
8. Development of a Rolling Process Design Tool for Use in Improving Hot Roll Slab Recovery [R] . 2004

机译：开发用于改善热轧板坯回收的轧制工艺设计工具

Technological Characteristics of Thin Slab Continuous Casting and Rolling Process and Variety Development in WISCO

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