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The Iron&Steel sector is developing day by day. In order to increase the demand for hot rolling steels, there is a need for production potential to supply this demand. For this reason, concepts such as speed, cost reduction, efficiency and quality are gaining importance in production each passing day. As in many sectors, the iron and steel sector has increased the need for advanced technology for production processes and has started the transition to automation systems. Since the systems and facilities previously operated in a manual manner do not allow for standard quality production, mass production is transited to automation systems and worked at high efficiency in production. In this study, the transition studies, parameters, measurement and recording-control phases to the automation system for the full controlled production of the products in Kardemir Haddecilik are examined and the gains of the system are explained.

International Iron & Steel Symposium
UDCS

Didem Kılıç Orhan Akyol Metehan Bacaksız

Process control for optimizing factors such as product quality, energy and cost becomes increasingly important in industry. In this study, the analysis and optimization of the rolling parameters were carried out in steel profile hot rolling process applied in Kar-demir Rolling Industry Trade Ltd. Co. which execute R&D and production activities in the rolling industry. In this context, the analysis of the rolling parameters such as roll position, force, moment, temperature, thickness and crushing amount belonging to rolling mechanics were carried out based on the empirical models widely used in the hot rolling process. As the result of the study, optimum roll positioning and crushing amount calculations are proposed to minimize energy and time cost.

International Iron & Steel Symposium
UDCS

Didem Kılıç Metehan Bacaksız Orhan Akyol Engin Tan