Komisarenko O. Infological modeling of processes of creation of functional materials

The dissertation formalizes the development of methods of infological modeling and documentary description of simulation polyergatic testing of complex properties of materials. Predictive solutions determine the endurance and service life of operating modes that affect the level of safety of traffic flows in a non-stationary environment. A mathematical description of the basics of polyergatic control of automated processes of creating materials of pair discourse is given. Conceptually semantic target models are defined. The interdependencies between the objects of interaction according to the stages of synthesis of multilevel structures of a 4D complex dynamic system are algebraized. The peculiarities of the language of simulation ergatic modeling and search modes of rational technologies for solving problems are substantiated. Process-infological models of predicative definition of groups of composite elements, which guarantee unambiguous decision-making, within the limits of interface initialization of IT, are formalized. A method of infological modeling of processes to ensure the accuracy of control of patterns of interactions in limited local spatial forms has been developed. The parameterization of temperatures of concentrations, volumes, pressure for calculations of mutual functions of mass-energy heterogeneous distribution is analytically described. Target control accelerates the stages of thermodynamic reaction and guarantees the quality, accuracy, reliability, reliability of promising modes of operation of composite materials. In polyergatic production organizations, IT automation tools are offered, which for the first time implement modes with symbolic-analytical transformations. As a result of obtaining infographic models directly technological processes are performed step by step by automatic machines. Estimates of the intervals of endurance, mechanical strength, integrated resource are reliably obtained by the proposed methods of modeling and comparing the parameters of the reference values of the properties of natural objects.