Heat treatment effect on structural and elastic characteristics of a single-component abrasive tool

The article presents the results of a research of elastic properties of a bondless single-component abrasive tool (SCAT) after sintering. The method of determining the modulus of elongation and porosity based on theoretical and experimental data is used. The dependency between the modulus of elongation and porosity, as well as experimental formulas indicating these dependencies, are presented. Based on the experimental and calculated data on the magnitude of the modulus of elongation, depending on the sintering temperature and the size of the abrasive grains in the initial abrasive compound, empirical dependencies of the elastic characteristics are determined in order to predict the production of a bondless tool with predetermined properties.