Computer simulation of the synthesis of medical composite materials with the required structural-mechanical characteristics

Abstract

A new approach to computer simulation of the synthesis of medical composite materials has been developed to study the determining factors for obtaining a promising class of scaffolds for personalized replacement of bone defects. This class of scaffolds is a dispersed-filled polymer with a biodegradable matrix and a gradient pore structure. Particles of calcium phosphate, magnesium, zinc, boron nitride and biodegradable fibers are considered as dispersed components. This provides antibacterial, medicinal and other properties.A new approach to computer simulation of the synthesis of medical composite materials has been developed to study the determining factors for obtaining a promising class of scaffolds for personalized replacement of bone defects. This class of scaffolds is a dispersed-filled polymer with a biodegradable matrix and a gradient pore structure. Particles of calcium phosphate, magnesium, zinc, boron nitride and biodegradable fibers are considered as dispersed components. This provides antibacterial, medicinal and other properties.