THE INFLUENCE OF TRIBOLOGICAL CHARACTERISTICS OF COATED TOOLS ON THE CUTTING PROCESS AND THE QUALITY PARAMETERS OF THE PARTS’ SURFACE LAYER
Journal Title: Tribologia - Year 2014, Vol 257, Issue 5
Abstract
The influence of cutting tools nanostructured coatings on the cutting parameters and the surface layer parameters of machined parts was researched. The wide range of cutting rates, different work materials, and coated tools were selected for the experiments. The results cutting different materials with coated carbide‐tipped tools are presented. Based on obtained power dependences, an equation of machinability to estimate optimal cutting speed for different combination work material–coated tool was performed. The interaction between friction characteristics of coated tools and the shear plane angle during machining has been determined. On the basis of the obtained results of experiments, the methodology for the calculation of technological conditions of turning, which provides the required quality and accuracy levels at the stage of machining and takes into consideration the tribological properties of coated tools, has been developed. In order to check the obtained mathematical models, a comparison of the experimental and calculated data was performed. The results of experiments show that coated tool reduces the magnitude of the roughness, residual stress, and strain hardening in correlation with the magnitude of the friction coefficient.
Authors and Affiliations
Vyacheslav F. BEZYAZYCHNYJ, Roman N. FOMENKO
Keywords
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