Abstract
The task of this work is to form the function of the poured bulk density of metal scrap fragments in melting facilities workspace. The object of research is the electric arc furnace (EAF). The subject of research is simulation process modeling of material charging into the electric arc furnace. The research was carried out in laboratory of Nosov Magnitogorsk State Technical University and Magnitogorsk Iron and Steel Works. The methods of systems analysis, cause-and-effect analytic and empirical investigation were applied. In this paper, the description of the group the techniques of metal scrap fragments function construction of the poured bulk density in melting facilities workspace were applied; the description of the technique of the simulation process modeling of material charging technique; the description of metal scrap fragments function construction of the poured bulk density in the electric arc furnace; the description of the algorithm of mechanically worked semaphore signaling to visualize the poured bulk density of metal scrap fragments in melting facilities workspace on the SCADA system at MMK arc-furnace shop. The results of function construction of metal scrap fragments poured bulk density in melting facilities workspace (the bulk density value and properties of metal scrap fragments of melting facilities workspaces) are supposed to be used to create the metal scrap flow simulation modeling system. The metal scrap flow simulation modeling system will help decision making of the scrap fragments dimensions in electric arc furnace.
Keywords
Poured bulk density, metal scrap, electric arc furnace, modeling technique, melting facilities, the poured bulk density of metal scrap.
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