研削加工における仕上面生成過程の研究(第1報) : 加工面創成曲線の定式化とシミュレーション

概要

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In order to make clear the surface generation process in grinding, successive cutting grooves with a shaped diamond cutting edge is experimentally investigated from the three dimensional viewpoint, analyzing cutting force, groove profile, the amount of pile up, real interference area, residual stock and so on. The basic relations for describing the surface generation curve are first obtained by the experimental analysis. Then the simulation of surface generation curve is carried out. Main conclusions obtained are as follows; (1) Normal cutting force is closely related to the real interference area. (2) Elastic displacement due to system stiffness is expressed as a linearly delayed function of normal cutting force. (3) Surface generation curve estimated by the simulation is well coincident with experimental one.
公益社団法人精密工学会の論文
1991-02-05