...和实验结果吻合良好,两者差值≤2mm,应用模型分析了大方坯连铸结晶器内的传热过程和坯壳的应力分布。 bloom continuous casting大方坯连铸 Research on secondary cooling technologies for bloom continuous casting;大方坯连铸二冷技术研究 .
基于18个网页-相关网页
round bloom continuous casting 圆坯连铸
continuous bloom casting 大方坯连铸
horizontal continuous casting tube bloom 水平连铸管坯钢
continuous casting bloom 连铸大方坯
The existing cooling ability of bloom continuous casting mold at PZH Steel was evaluated, then, the mold cooling process was optimized.
在分析攀钢大方坯连铸现行结晶器冷却能力的基础上，优化调整了结晶器冷却制度。
Cooling slab is an important link in the process of the entire bloom continuous casting production, it has a direct impact on the quality and output of billet.
铸坯冷却则是整个大方坯连铸生产过程中的一个重要环节，它直接影响铸坯的质量和产量。
The key technologies, such as M-EMS, secondary cooling scheme, dynamic soft reduction, and its application to bloom continuous casting for heavy rail steel were presented.
简述了攀钢大方坯连铸结晶器电磁搅拌技术、二冷控制技术和凝固末端动态轻压下技术在重轨钢连铸中的应用效果。
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