Fiber-optic communication line amplifiers

Abstract

For successful work with milling cutters, it is important to understand the interaction of their design with the aero-hydrodynamic environment. The purpose of the research work is to study the impact of aero-and hydrodynamic environments on the design of milling cutters and their performance. Various methods for measuring surface friction stresses are proposed. Pneumometric methods for indirect determination of the vector of surface friction stresses in spatial flows are developed. The simulation of the dynamics of milling cutters in a viscoliquid medium is shown. The results of the research are also presented. New scientific results have been obtained and methodological justifications are of scientific and practical value for the further development of the design of end mills and cutting tools.