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150t鋼包精煉過程的物理模擬

Physical model of 150t ladle refining process

  • 摘要: 在相似原理的基礎上,對天津鋼管公司150t鋼包精煉吹氬過程進行了水模擬實驗(模型、原型幾何比例為1:4).實驗發現,原型鋼包吹氬位置不盡合理,透氣磚頂面面積偏小,吹氬流量偏大.通過對以上三指標的優化,確定合理的吹氬工藝參數為:將吹氬孔位置由原來的距鋼包底中心分別為0.555R和0.634R移動到1/3R處,將透氣磚頂面直徑由原來的16mm擴大到35mm,吹氬流量減少到0.44m3·h-1.水模擬實驗為原型鋼包的工藝改進提供了依據.

     

    Abstract: Based on the similar principle, water modeling experiment was carried out for the 150 t ladle furnace at Tianjin Pipe Corporation Ltd. (the geometry ratio is 1:4 between the model and prototype). It was found that the holes' positions weren't rational completely, porous brick was small, and gas flow rate was a little large. The rational argon blowing process is determined by optimizing experiments:the holes are moved to the position of 1/3R, the top diameter of porous brick is increased to 35 mm from 16 mm, and the gas flux is con-trolled to 0.44m3·h-1. The results provide references for the improvement of actual ladle.

     

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