A STRUCTURAL MULTISCALE APPROACH TO THE DESIGN OF SPATIALLY REINFORCED CARBON-CARBON COMPOSITES

The scientifically founded approach to the selection of the technology and the optimization of the parameters of the manufacturing process, the structure, and the form of the article in the designing of carbon- carbon structures requires a wide use of suitable models of the mechan ics of composite materials. The most versatile and consequent solution of the designing of articles and the technologies of carbon construct ions can be obtained with the use of multilevel structural models [1], which make it possible to analyze the deformation and the load-carryi ng capacity of composite 3D-reinforced constructions with account of t he statistical nature and the characteristics of the mechanical behavi or of the material, and changes in its structure on the corresponding scales and characteristic dimensions.