Описание шероховатости поверхности, обработанной методом высокоскоростного фрезерования

Abstract

Purpose: Study of the source mechanism and description of surface roughness treated by high speed ball milling. Method: Theoretical studies based on scientific foundations of engineering technology, theoretical mechanics and cutting, digital signal processing in the program Gwyddion in the study of profilograms complex surfaces. Results: In order further developed method for estimating surface roughness treated by high-speed milling technology, on the basis of an integral functional quality with the deformation processes in the material. The study shown that the evaluation requires the use of roughness parameter Rg², and the texture of a surface can be described using wavelet-function, since the surface roughness becomes random. Application domain: The presented results allow getting an accurate description of surface roughness based on random and periodic components. The article can be useful for students, teachers, engineers and other specialists of engineering and aircraft construction enterprises.