目录
●1 Research on the O2-N, Mixing Top-blowing Method in MURC Steelmaking Process
1.1 Water Experiment of Mixing Top-blowing Method
1.1.1 Similarity Criterion
1.1.2 Experimental Apparatus
1.2 Numerical Model of Mixing Top-blowing Method
1.2.1 Assumptions
1.2.2 Governing Equations
1.2.3 Computational Detail
1.2.4 Mesh Independency and Model Validation Test
1.3 Result and Discussion of Mixing Top-blowing Method
1.3.1 Water Experiment Analysis
1.3.2 Numerical Simulation Analysis
1.3.3 Industrial Application Research
1.4 Conclusions
References
2 Effect of for Supersonic Oxygen Multi-jets Characteristic of Flow Field with Various Laval Nozzle Structures
2.1 Laval Nozzle Design and Measurement
2.2 Numerical Simulations of Various Laval Nozzle Structures
2.2.1 Governing Equations
2.2.2 Simulation Details
2.2.3 Mesh Independency and Model Reliability Test .
2.3 Results and Discussions of Various Laval Nozzle Structures
2.3.1 Velocity Profile
2.3.2 Dynamic Pressure Profile
2.3.3 Impaction Cavity Parameter and Droplet Generation Profiles
……
内容介绍
本书围绕不同吨位与结构的炼钢炉冶炼任务需求,通过理论计算、数值仿真分析、高温喷吹实验、水力学模拟等研究手段,深入探究了超声速氧枪结构模式及喷吹方法对炼钢炉内多相熔池的流场分布状态的影响特点。并基于工业试验与应用结果,对实验室研究结果进行生产验证,以确定适用于不同炼钢工况的超声速供氧方法。系统对比了转炉传统氧枪、旋流氧枪、二次燃烧氧枪及预热氧枪等多类别氧枪结构模式下的超声速供氧效能、深入讨论了电弧炉用常规集束供氧模式、氢燃集束供氧、变热值集束供氧及超声速环缝式供氧等不同伴随热能量流输送方法下主氧射流的冶金技术指标。