COMPUTER MODELING OF STRUCTURAL - CONCENTRATION CHARACTERISTICS OF BUILDING COMPOSITE MATERIALS

I. I. Zaripova, A. V. Iluhin, V. I. Marsov, V. A. Gubanov


Аннотация


In the article the computer modeling of structural and concentration characteristics of the building composite material on the basis of the theory of the package. The main provisions of the algorithmon the basis of which it was possible to get the package with a significant number of packaged elements, making it more representative in comparison with existing analogues modeling. We describe the modeled area related areas, the presence of which determines the possibility of a percolation process, which in turn makes it possible to study and management of individual properties of the composite material of construction. As an example of the construction of a composite material is considered concrete that does not exclude the possibility of using algorithms and modeling results of similar studies for composite matrix type (matrix of the same material and distributed in a certain way by volume particles of another substance). Based on modeling results can be manufactured parts and construction elementsfor various purposes with improved technical characteristics (by controlling the concentration composition substance).


Ключевые слова


composites; computer modeling; math modeling; method of random packings

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Литература


Bokarev E.I., Ilukhin A.V., Marsov V.I. Features of the construction of a mathematical model of the structure of the compositions with elements of spherical shape // Herald MADI. Vol. 2. 2012, pp. 123-125.

Bokarev E.I., Ilukhin A.V., Marsov V.I. The simulation program of structural and geometric characteristics of the concrete to control the process of a multi-component metering // Proceedings of the section “Construction” of the Russian Academy of Engineering. “Building Bulletin of the Russian Academy of Engineering”, Volume 11, Moscow, 2010, pp. 214-218.

Zaripova I.I. Application of percolation theory to model the structure of the composite material on example the concrete // All materials. Encyclopedic Reference. 2014. № 11, pp. 25-30.

Zaripova I.I. Electrotechnical concrete: classification and features // All materials certification. Encyclopedic Reference. Comments to the standards, specifications, certificates. 2014. № 9. pp. 12-15.

Ilukhin A.V., Marsov V.I., Astafjevs M.A., Ivachev A.V. Principles of modeling the structure of composite materials // Automation and control of in technical systems. №2 (14). 2015, pp. 172-180.


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(c) 2016 International Journal of Advanced Studies



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ISSN 2328-1391 (print), ISSN 2227-930X (online)