The Selected Models of the Mesostructure of Composites

Explains the formation and interaction of clusters at internal borders which are important for the strength of materials

Features a new method to describe the interaction of bodies of arbitrary form, such as fractal clusters

Develops a model of the percolation effect to explain materials properties

Presents the oscillation properties of the material, the abnormal level of stress, the mechanism of change in the equilibrium concentration of charge carriers

Explains the formation and interaction of clusters at internal borders, which are important for the strength of materials Features a new method to describe the interaction of bodies of arbitrary form, such as fractal clusters Develops a model of the percolation effect to explain materials' properties Presents the oscillation properties of the material, the abnormal level of stress, and the mechanism of change in the equilibrium concentration of charge carriers

Autorentext

Prof. Alexander Herega is head of the Department of Computer Systems and Full Professor of Department of Physics at Odessa National Academy of Food Technologies. He got the diploma at the Department of Theoretical Physics of I. Mechnikov Odessa State University, PhD and D Sc. degrees at Odessa National Academy of Food Technologies.

He is a member of the American Physical Society (APS), American Chemical Society (ACS), and Ukrainian Physical Society. He belongs to the editorial board of the International Journal of Composite Materials, International Journal of Modern Physics and Application. He has more 100 publications and three text-books "Simulation and statistical modeling", "Constructive fractals in set theory", and "Course of physics".

He teaches General Physics, Computer Science, Information Technologies and System Science. His areas of research are: Materials Science, Percolation Theory, Fractal Clusters, Dynamical Systems, Deterministic Chaos, Computer Simulation, and Modeling of Physical Phenomenon.

Inhalt

The Complex Percolation Model of Structure of Materials.- The Percolation Model of the Long-Range Effect.- Interaction of Mesoscopic Interior Boundaries of Materials.- The Small Clusters: Genesis, Structure and Features.- Conclusion.