工件表面形貌特征的分析。
工件表面形貌、切削用量、熔融金属涂抹现象决定着已加工表面粗糙度值的变化。
The surface topography of the turner, the machining data and the smearing phenomenon of the molten metal determines the variation of the roughness of the processed surface.
利用计算机仿真技术，定量分析了上述因素对铣削加工振动和工件三维表面形貌的综合影响。
By applying computer simulation technology, influences of above factors on milling vibration and 3d surface topography of workpiece are analyzed quantificationally.
通过预测工件与刀具的相对位移，实现了对加工工件的表面形貌的估算。
By the forecast of the displacement of the tools and part, estimated the surface appearance of the parts machined. By this means, high quality of simulation of nc turning is attained.
用三维形貌仪测量工件的表面粗糙度，并对数值进行分析，结果表明磨牙冠的加工符合设计要求。
The surface roughness of workpiece was measured with 3d Profiler. The test results show that the surface roughness is consistent with design requirements.
用三维形貌仪测量工件的表面粗糙度，并对数值进行分析，结果表明磨牙冠的加工符合设计要求。
The surface roughness of workpiece was measured with 3d Profiler. The test results show that the surface roughness is consistent with design requirements.
应用推荐