Sentence examples for machine tool settings from inspiring English sources

In this paper, the approach of derivation for the pinion rough-machining machine tool settings designed by the modified pitch cone method is presented, and has been verified in the gear research center of Dong Feng Vehicle-bridge Co., Ltd.

By using this program the influence of tooth modifications introduced by the variation in machine tool settings and in head cutter data on load and pressure distributions, transmission errors, and fillet stresses is investigated and discussed.

This paper proposes a new approach to design pinion machine tool-settings for spiral bevel gears by controlling contact path and transmission errors.

In addition, in order to meet the manufacturing requirements, we suggest to modify the values of blank offset, one of the pinion machine tool-settings, and redesign pinion machine tool-settings to ensure that the magnitude and the geometry of transmission errors should not be influenced apart from minor effects on the predesigned straight contact path.

The universal machine-tool setting modification only considering the residual ease-off is first applied to identify initial machine-tool settings.

Then, a novel data-driven model for MOO modification of machine-tool settings is established by establishing the functional relationships between the machine-tool settings and the performance evaluations, respectively.

In the present paper, a novel hybrid systematic method is proposed to obtain high tooth contact performance by modifying machine-tool settings.

A new methodology for calculating the basic machine-tool settings of spiral bevel and hypoid gears manufactured by the duplex helical method is proposed in this work.

To deal with this problem, this paper presents a six sigma (6σ) robust multi-objective optimization (MOO) modification of machine-tool settings.

In this paper, a novel numerical approach for determination of machine-tool settings for roughing of the pinion by using a spread-blade face-milling cutter is proposed.

Then, the relationships of high tooth contact performance items and machine-tool settings are established based on the loaded tooth contact analysis (LTCA).