PULSED MAGNETIC FIELD PROCESSING OF THE CEMENTED CARBIDE CUTTING TOOLS. Monograph

Abstract

The monograph analyzes the current state of the problem of improving the tooling of new machine tools for high-precision productive machining of hard-to-machine materials. The conditions for machining large-sized parts at heavy engineering enterprises, methods for determining the rational parameters of the cutting process on heavy machine tools, and the use of the modern methods of tool hardening are analyzed. Methods for studying the stability of carbide cutting tools that have been treated with a pulsed magnetic field using forced test methods are presented. The influence of pulsed magnetic field treatment on the physical and mechanical factors that determine the cutting ability of hard alloys during pretreatment of products is considered. The results of operational production tests of carbide cutting tools after pulsed magnetic field treatment and the impact on improving the efficiency of the cutting process are presented.