首页> 外国专利> Process to optimize the geometry of a passage transporting molten metal from a converter furnace to an extrusion assembly involves using a discharge passage which conforms to a specific mathematical formula

Process to optimize the geometry of a passage transporting molten metal from a converter furnace to an extrusion assembly involves using a discharge passage which conforms to a specific mathematical formula

机译:优化将熔融金属从转炉输送到挤压组件的通道的几何形状的过程涉及使用符合特定数学公式的排放通道

摘要

A molten metal converter or arc furnace has a tapping pipe that discharges to e.g. a steel extrusion assembly. The discharge passage geometry conforms to the mathematical formula: A(y) = A ( ( (h1 + hk) / (h1 + hk) -y] where A is the cross sectional area of the passage in m2; h1 is the depth of the molten metal in the vessel; hk is the length of the tapping pipe; y is the distance between a given point in the tapping pipe and the end of the tapping pipe.
机译:熔融金属转炉或电弧炉具有排料管,排料管排放到例如钢挤压组件。排放通道的几何形状符合数学公式:A(y)= A((((h1 + hk)/(h1 + hk)-y]),其中A是通道的横截面积,单位为m2; h1是深度容器中的熔融金属; hk是出铁管的长度; y是出铁管中给定点与出铁管末端之间的距离。

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