Informatics and Applications

2022, Volume 16, Issue 1, pp 88-97

SOFTWARE PACKAGE FOR MULTISCALE MODELING OF STRUCTURAL PROPERTIES OF COMPOSITE MATERIALS

  • K. K. Abgaryan
  • E. S. Gavrilov

Abstract

Today, creation of new composite materials and methods of their construction with predictable properties is one of the urgent and most important tasks connected with modernization of industrial production in our country.
For their solution, technologies of multiscale computer modeling are actively developed. They have become a link between fundamental physics (chemistry) and engineering materials science. The paper presents a software package for modeling structural properties of composite materials which allows solving a number of problems of this class. It is focused on high-performance computations. The complex is based on an original multiscale technology which allows one to promptly conduct multivariate analysis of different classes of composite materials and conduct research on designing the new ones with predictable properties. The developed approaches in combination with experimental data can be used for a better understanding of the physical foundations of the change of properties depending on the structure and, as a consequence, for cheaper and faster search of new composite materials with predetermined properties.

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