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首页> 外文期刊>Metalurgia >OPTIMISATION OF IRON MAKING BY COMPUTER ASSISTED PROCESS CONTROL IN BLAST FURNACES. PART I/MATHEMATICAL MODEL PERFORMANCE, REQUIRED FOR COMPUTER ASSISTED PROCESS CONTROL IN BLAST FURNACES. SOFTWARE APPLICATION 'BLAST FURNACE CALCULATION' PERFORMANCE
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OPTIMISATION OF IRON MAKING BY COMPUTER ASSISTED PROCESS CONTROL IN BLAST FURNACES. PART I/MATHEMATICAL MODEL PERFORMANCE, REQUIRED FOR COMPUTER ASSISTED PROCESS CONTROL IN BLAST FURNACES. SOFTWARE APPLICATION 'BLAST FURNACE CALCULATION' PERFORMANCE

机译：通过计算机辅助过程控制来控制高炉中铁的生成。第一部分/数学模型性能，高炉的计算机辅助过程控制。软件应用程序“高炉计算”性能

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摘要

The mathematical model presented in this scientifical research paper can be used for the computerized leading of all processes that are developed in the blast furnace in case of using varied auxiliary combustibles. For this reason, first of al it is made the process simulation using this model. By the process simulation there are obtained results that can be confirmed by the blast furnace real function. In certain real situations, the results of the mathematical model are not total confirmed, in that case the model's equations must being improved by adoption at the real pig iron conditions (there are introduced the corrections index). It is obtained a mathematical model that shows with fidelity the unfoldement of all the processes from inside the blast furnace. It can be obtained the computerized leading of the cast iron making in the same time it can be obtained small material and energetical consumption.
机译：该科研论文中提出的数学模型可用于在使用各种辅助可燃物的情况下，对高炉中开发的所有过程进行计算机化引导。因此，首先使用该模型进行过程仿真。通过过程仿真，可以获得可以通过高炉实函数确认的结果。在某些实际情况下，不能完全确认数学模型的结果，在那种情况下，必须通过在实际生铁条件下采用来改进模型的方程式（引入了修正指数）。获得了一个数学模型，该模型保真地显示了高炉内部所有过程的展开。可以获得铸铁制造的计算机化引导，同时可以获得较小的材料和精力消耗。

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