The book deals with statistical approaches based on the theory of random processes and Monte-Carlo methods to describe changes in the macrostructure of powder coatings and materials during their formation in high-energy processes and in sliding friction wear. The research data reveal statistical nature of phenomena occurring in high-energy technological impacts, establish common principles of describing the formation and wear of powder coatings and materials macrostructure, and will help to effectively solve scientific and practical problems of developing technologies for producing wear-resistant powder coatings and materials. For researchers and postgraduate students engaged in the field of general materials, powder metallurgy and tribology.
The book deals with statistical approaches based on the theory of random processes and Monte-Carlo methods to describe changes in the macrostructure of powder coatings and materials during their formation in high-energy processes and in sliding friction wear. The research data reveal statistical nature of phenomena occurring in high-energy technological impacts, establish common principles of describing the formation and wear of powder coatings and materials macrostructure, and will help to effectively solve scientific and practical problems of developing technologies for producing wear-resistant powder coatings and materials. For researchers and postgraduate students engaged in the field of general materials, powder metallurgy and tribology.
