Influence of Energy Impact on the Structure Formation and Properties of Deposited Coatings

The paper uses a new integrated approach to improving the properties of coatings by applying surfacing methods in controlled heat input modes, which contributes to the modification of the formed metal and increases the performance properties of processed products. It is determined that the control of energy parameters during surfacing allows reducing the structural heterogeneity of coatings across the cross-section by reducing the size of their structural components. The applied diagnostic complex for registration of fast processes of heat and mass transfer can quantitatively assess the effect of energy parameters of the mode on the characteristics of heat and mass transfer to ensure high performance of the research process.