Abstract
The paper treets general principles underlying in the construction of simulation models employed in coordinated joint technology, facilities and control subsystems design. Algorithmic and software means are described which realize the developed simulation models. Some real life examples are given of the use of these means in CAD systems for steel-making industry. As simulation technology and software means receive further development an increasing number of algorithms is used for analysis and synthesis of process control systems. A significant part of these efforts may go in parallel with the design of process schemes and facilities. Simulation models intended to apply this approach to steel-making industries feature certain specifics described in the paper.
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