THE SYSTEMICALLY STRUCTURED ADAPTATION OF A HEAT TRANSFER IN BOILERS
The article provides a model of heat exchanging processes and burning in the boiler aggregates generated with methods of systems analysis and adapted for the five-step scheme of processes. Conditions of division of all factors and parameters into input, output and control ones for each stage are formulated; communications and boundaries between local systems are defined. The solved task is a stage at mode and design optimization of boiler aggregates under stationary conditions, generally, at average industrial thermal power plants, but it may be applied to boiler aggregates of other types and parameters.