Distributed information system for calculating the structural properties of composite materials
The use of composite materials has found wide application in various branches of engineering due to their advantages over metals with equal mechanical and operational properties. To solve the problems arising in the field of creating composite materials with a set of specified properties, new approaches to the development of mathematical models and information systems based on them are widely used today. The paper presents an original multiscale mathematical model that allows calculating the structural characteristics of composite materials and can be used to numerically study fatigue fracture of composite materials in case of accidental impact damage. On the basis of this multiscale model, a distributed information system was created for conducting large-scale research in the field of modeling composite materials with specified properties. The development of this approach in the future will help to ensure the formation of information for a reasonable choice of composite materials with desired properties for aerospace and other industries.