DEVELOPMENT OF AN ALGORITHM FOR ADAPTING A MATHEMATICAL MODEL OF THE PROCESS OF MIXING AND MELTING COPPER CONCENTRATES

U.  Imanbekova; A.  Kalizhanova; A. Kozbakova; Imanbekova Imanbekova; A. Utegenova

doi:10.58805/kazutb.v.2.23-393

Information and communication and chemical technologies

No. 2 (23) - 2024 / 2024-06-30 / Number of views: 102

DEVELOPMENT OF AN ALGORITHM FOR ADAPTING A MATHEMATICAL MODEL OF THE PROCESS OF MIXING AND MELTING COPPER CONCENTRATES

Authors

U. Imanbekova⁺⁻
A. Kalizhanova⁺⁻
A. Kozbakova⁺⁻
Imanbekova Imanbekova⁺⁻
A. Utegenova⁺⁻

Almaty University of Power Engineering and Telecommunications named after G.Daukeyev

Institute of Information and Computational Technologies CS MSHE RK

Ақпараттық және есептеуіш технологиялар институты ҚР ҒЖБМ ҒК,

Taraz Regional University named after M.Kh. Dulaty

Almaty University of Power Engineering and Telecommunications named after G.Daukeyev

Keywords

Copper raw materials, blending, smelting, mathematical model, mixing and melting

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Link to DOI:

https://doi.org/10.58805/kazutb.v.2.23-393

How to quote

Imanbekova, U. ., A. . Kalizhanova, A. Kozbakova, I. Imanbekova, and A. Utegenova. “DEVELOPMENT OF AN ALGORITHM FOR ADAPTING A MATHEMATICAL MODEL OF THE PROCESS OF MIXING AND MELTING COPPER CONCENTRATES”. Vestnik KazUTB, vol. 2, no. 23, June 2024, doi:10.58805/kazutb.v.2.23-393.

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Abstract

The paper describes the information base of the system, which is formed by algorithms of centralized control, automated analytical control system and control data of material flows. The data processing algorithm according to a special program generates additional information necessary to solve the control tasks of the system and includes algorithms for processing analytical data information, as well as data for monitoring material flows, calculations of additional electric furnace variables, loading of charge into furnace bunkers and technological variables by department. The simulation model of the functioning of the complex "technological process – control system" is implemented in the form of a package of interconnected software modules. The package implementing the simulation model is divided into three complexes: a set of programs for "Data collection and processing"; a complex for "Optimal process control"; a set of programs for "optimal energy regime management".