Modeling the structural characteristics of porous powder materials with application models of casual two-dimensional packaging

Abstract

Sustained modern trends in industrial development are increasing the quality requirements of all types of products. The two-dimensional case of the mathematical modeling of metal filling powders in an arbitrary bunker taking into account the physical characteristics of a material is considered. The practice of producing new porous materials on the fundamental aspects of metal powders shows that the implementation in full volume of their strength and exploitation characteristics requires a significant increase in the prediction accuracy of physical and mechanical properties of materials and the development of new methods of modeling, which includes complex analysis of the processes of formation materials.