Computer-based steelmaking logistics simulation system

Abstract

The invention discloses a computer-based steelmaking logistics simulation system and belongs to the technical field of metallurgical production simulation. The system is composed of a plan schedulingsimulator, a monitoring display device, a molten iron preprocessing simulator, a converter simulator, an LF refining furnace simulator, an RH refining furnace simulator, a continuous casting simulatorand a simulation result library, which are connected with an Ethernet local area network, wherein the plan scheduling simulator establishes a steelmaking production environment; the monitoring display device realizes display of a simulation content; the simulation result library realizes storage of the simulation result; the molten iron preprocessing simulator is used for simulating a molten ironpreprocessing process; the converter simulator is used for simulating a converter smelting production process; the LF refining furnace simulator is used for simulating a steel ladle refining production process; the RH refining furnace simulator is used for simulating a vacuum refining production process; and the continuous casting simulator is used for simulating a continuous casting pouring andcasting blank cutting process. The system has the advantage of being capable of supporting steelmaking production plan arrangement, steelmaking production process logistics balance research and steelmaking process path design.

Description

technical field [0001] The invention belongs to the technical field of metallurgical production simulation, and in particular provides a computer-based steelmaking logistics simulation system for simulating the production of logistics in the steelmaking production process for simulating the steelmaking production process. Background technique [0002] Iron and steel production is a typical mixed process, intertwined with complex physical and chemical processes, especially the production process of steelmaking, involving multiple processes such as molten iron pretreatment, smelting, refining, continuous casting, etc. There are still many problems in the research of the steelmaking production process due to the insufficient measurement information that can be directly used for the high temperature molten steel in the production process. An effective way to solve this problem is to use system modeling and simulation technology to simulate the actual steelmaking production proce...

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Problems solved by technology

[0002] Iron and steel production is a typical mixed process, intertwined with complex physical and chemical processes, especially the production process of steelmaking, which involves multiple processes such as molten iron pretreatment, smelting, refining, continuous casting, etc., and the production nodes of different stations. There are still many problems in the research of the steelmaking production process due to the insufficient measurement information that can be directly used in the high temperature molten steel in the production process.

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