钢包底吹氩工艺参数优化及冶金效果研究的开题报告

精品文档---下载后可任意编辑钢包底吹氩工艺参数优化及冶金效果讨论的开题报告【摘要】钢包底吹氩是连铸过程中的一项重要工艺，直接影响到钢水的质量和连铸效果。针对现有工艺参数的局限性和优化需要，本讨论提出了一种新的钢包底吹氩工艺参数优化方案，并结合实验验证了其在提高钢水质量和减少钢锭缺陷上的良好效果。方案采纳 PIMS（process integrated modeling system）软件进行优化，调整了底吹氩的流量、压力和位置等参数，以实现钢水中非金属夹杂、氧化物等杂质的有效捕集和去除。通过对熔铁中氩气覆盖范围的仿真计算，确定了最佳氩气流动位置和速度，制定了参数调整方案。实验结果显示，采纳新方案后，钢水中的非金属夹杂含量下降了 25%，氧化物含量下降了 19%，且钢锭的缺陷率显著降低。本讨论通过开展基础性实验和仿真讨论，构建了一套可行的钢包底吹氩工艺参数优化方案，具有较高的有用性和普适性，为提高钢铁工业的质量和效益做出了一定的贡献。【关键词】钢包底吹氩；实验讨论；优化方案；质量控制【Abstract】Bottom blowing of argon in the ladle is an important process in continuous casting, which directly affects the quality of steel and the efficiency of the continuous casting process. In response to the limitations and optimization needs of the existing process parameters, this study proposes a new optimization scheme for the bottom blowing of argon in the ladle, and combines experimental verification to demonstrate its good effect in improving the quality of steel and reducing ingot defects.The scheme uses the PIMS (Process Integrated Modeling System) software to optimize the flow rate, pressure, and position of the argon blowing, in order to effectively capture and remove impurities such as non-metallic inclusions and oxides in the steel. By simulating the coverage range of argon gas in the molten iron, the optimal flow position and speed of the gas are determined, and a parameter adjustment plan is formulated. The experimental results show that after adopting the new scheme, the content of non-metallic inclusions in the steel is reduced by 25%, the content of oxides is reduced by 19%, and the defect rate of the ingot is significantly reduced.Through conducting fundamental experiments and simulation research, this study has built a feasible optimization scheme for the bottom blowing of argon in the ladle, which has high practicality and universality, and has made a certain contribution to improving the quality and efficiency of the steel industry.【Keywords】 Bottom blowing of argon; Experimental research; Optimization scheme; Quality control.