Method for vibration drilling holes in composite materials tool modification of cubic boron nitride

About Turning the Surface of a Part Formed by a Combination of Dissimilar Structural Materials with Break Elements

“…The experiment confirmed that in the calculated range of the values of adjustment angle β, the initial contact with the workpiece (cutting-in) is transferred to the area of the tool front surface, which is remote as far as possible from both the fragile vertex and the cutting edges [21][22].…”

“…The necessary conditions for the industrial application of tools from modifications of cubic boron nitride (composites) are associated with giving properties to the tool structure capable of damping dynamic loads while turning the complex surfaces and preserving the specified durability of the fragile cutting elements by redistributing the impact from the top and the cutting edge to the periphery of the front surface [13,14].…”

“…Among known tool materials, which may be used in turning machining, a group of superhard materials has objective advantages: the ability to provide high-speed machining of surfaces of parts of various constructive complexity with the required accuracy not rougher than the 7th quality grade and roughness Ra 0.32... 0.63 μm, excluding the possibility of burning, charging, forming the tensile stresses specific to grinding operations [15][16][17].…”