Analysis and modeling of error of spiral bevel gear grinder based on multi-body system theory

来源期刊：中南大学学报(英文版)2008年第5期

论文作者：陈书涵 严宏志 明兴祖

文章页码：706 - 706

Key words：six-axis; grinder; spiral bevel gear; error model; analysis

Abstract: Six-axis numerical control spiral bevel gear grinder was taken as the object, multi-body system theory and Denavit-Hartenberg homogeneous transformed matrix (HTM) were utilized to establish the grinder synthesis error model, and the validity of model was confirmed by the experiment. Additionally, in grinding wheel tool point coordinate system, the errors of six degrees of freedom were simulated when the grinding wheel revolving around C-axis, moving along X-axis and Y-axis. The influence of these six errors on teeth space, helix angle, pitch, teeth profile was discussed. The simulation results show that the angle error is in the range from -0.148 4 rad to -0.241 9 rad when grinding wheel moving along X, Y-axis; the translation error is in the range from 0.866 0 μm to 3.605 3 μm when grinding wheel moving along X-axis. These angle and translation errors have a great influence on the helix angle, pitch, teeth thickness and tooth socket.

基金信息：the Major State Basic Research Development Program of China
the Graduate Students Innovate of Central South University