Herega A. Genesis of structure and properties of the building composites. Computer simulation

Object of research: the impact of processes on heterogeneous materials as a way to transform their properties. Purpose: the creation of scientifically based methods of computer simulation of self-governance structure for the properties of construction materials. Methods: simulation and mathe-matical modeling of synergistic processes of cluster formation, Monte Carlo method to study the kinetics of the formation, structure and properties of percolation clusters, an advanced R / S - method; multifractal formalism Renyi. Results. Theoretically grounded and explored ways and methods of quantitative analysis of self-organization. The theoretical understanding of the mechanisms of genesis of building materials. Proposed -criterion, which allows determining the type and characteristics of formed clusters. A method for quantitative analysis of interaction between flow and structural elements of triboactivator. Proposed and studied a mathematical model of the mechanical activation of mineral binders in the two-phase flow triboactivator. The technique of computer studies of fractal objects, stochastic processes and their artifacts. Novelty. A computer simulation of the kinetics of morphological transformation of percolation clusters of internal borders, the model of the force field many-scaled network interior boundaries, the regularities and the mechanism of formation of local residual strain in concrete; obtained and studied patterns of cluster formation processes in the two-phase flows in a centrifugal force, developed quantitative methods predicting the structure and proper-ties of clusters, the patterns of chaotic processes in a three-level triboactivator, built a stochastic mathematical model of a three-level system with an arbitrary law of interaction and obtain regularity of cluster formation processes in composite building materials and studied characteristics of cluster systems, a theorem on the interaction between objects of arbitrary forms at finite distances. Imple-mentation. Thesis results are used in the design and manufacture of concrete, the manufacture of building blocks in the learning process.