Applying the principles of digital materials science to study and analysis the structure of structural composite materials

The paper discusses promising methods for analyzing the structure of composite materials based on the application of the principles of digital materials science Using the example of a study of composite reaction-sintered ceramics, it is shown that the numerical parameters of lacunarity, scale invariance, fractal dimension and Voronoi entropy allow for an informative comparative assessment of the homogeneity of the structural components of materials. The results obtained can be used in the future to substantiate the functional advantages of composites.