STUDY ON INFLUENCE OF CUTTING PARAMETERS (S, t) ON SURFACE ROUGHNESS OF TOOTH FLANK WHEN MACHINING GLEASON-CURVED TOOTHED TEETH USING CARBIDE-TIPPED TOOL

Abstract

Curved gear system has more advantages: silent operation, high performance, high bearing capacity. There are some methods which were used to  cut as using 5 axis CNC, using nonstock machine, ect. In which, cutting by generating method has more advances, high accuracy, reduced accumulated discrepancy,... To get high stability in work of gear system that reason is nesseary to process it with high accuracy. This paper presents a study on influence of feed rate (S) and depth of cut (t) on surface roughness of tooth flank when machining gleason  - curved toothed teeth using carbide-tipped tool. The aims of this work show choices for experts in their works when machining the gleason-curved toothed teeth using 525 semi-automatic of machine.