Verification of New Computing Method for Determining of the Roughness Parameters for Rotational Turning with Non-Linear Cutting Edge

Abstract

Technology of rotational turning is a progressive machining technology with a defined tool geometry, which has the potential to replace conventional finishing technologies using the tools with undefined geometry. This article deals with the influence of the cutting parameters on the surface roughness after machining and comparing the roughness parameters with the computed roughness. Since this is a new machining technology with new kinematic structure with atypical geometry of the cutting tool, the article is focused on the measurement methodology of the certain roughness parameters on machined surface after rotary turning with nonlinear cutting edge. Executed experimental tests and their evaluation are verified with the method of roughness parameters determination and results show, how the real process correlate with implementation of empirical relations.

Study of Measurement Strategies of Geometric Deviation of the Position of the Threaded Holes

“…The advantage is that they can be calibrated, but pay attention to the wear of the front that is attached to the component. They are produced in different sizes and shapes [7,8].…”