DOSING THE IMPACT ENERGY FOR OBTAINING BRIQUETS OF PREDETERMINED DENSITY FROM CUTTING CHIP
It is shown that the set density of briquettes obtained from metal chips by high-speed impact is predetermined solely by observing the condition that the values of the true relative deformation of the chip material and the density of the briquette created are equal. This condition is predetermined by the essence of the patent received by the authors for the invention [4], the patent holder of which is the Voronezh State Technical University. The materials of the patent, together with the materials of the author's certificate [3], obtained earlier, concerning the energy dosing for the dynamic deformation of samples from continuous material, predetermined the possibility to calculate not only the amount of energy required to create a specified density, but also the temperature during the impact in the process of briquetting. In turn, in any case, the presence of a blow predetermined the need to consider the process of dynamic deformation as a complex multi-tiered system capable of development and improvement. As the basic components of this system, it seemed necessary to distinguish three subsystems: material, energy and technical environment, in which interaction between the material and the energy introduced is realized. At the same time it is taken into account that the essence of the technical environment is manifested by some property of the matter: the force field, magnetism, temperature, time interval, positive or negative catalyst