1.
Control method for grinding quality of spherical bearing asymmetrical raceway
关节轴承非对称球面磨削质量控制方法
2.
Vogl Fast BP Network and Orthogonal Experiment Method in Optimization of Sphere Grinding Process Parameters
基于正交试验和Vogl快速BP网络的球面磨削工艺优化方法
3.
Fundamental Research on Precision Grinding Technology in Machining High-Rigidity Rotary Sphere;
高硬度回转球面精密磨削的基础研究
4.
Spherical Precision Grinding System and Error Modeling
回转球面精密磨削系统及其误差模型
5.
The Development of Grinding Equipment for the Pin with a Spherical Head and the Research on Tribological and Contacting Mechanism of Sphere;
球面销磨削设备研制及球面摩擦接触机理研究
6.
Moving coordinate system for grinding the rake face of end mill using a spherical wheel
构建球面砂轮磨削立铣刀前刀面的游动坐标系
7.
Research on Precision Grinding about Concave Spherical Surface of High-Alumina Ceramic;
高纯度氧化铝陶瓷凹球面精密磨削研究
8.
Research on Aspheric Profile of Optical Glass with Numerical Control Grinding Technology;
光学玻璃非球面廓形的数控磨削技术研究
9.
Research on CNC Grinding Complex Shaped Cutter Using Spherical Grinding Wheel
球面砂轮数控磨削复杂形状刀具的研究
10.
The Research on NC Grinding Rake & Flank Faces of Ball-end Cutters with Spiral Shape Major Cutting Edge
数控磨削螺旋刃球头立铣刀前后刀面的研究
11.
Grinding Mechanics of Plunge Cut Surface Grinding with Abrasive Belt
强力砂带平面磨削的磨削机理(上)
12.
For heavy-pressure. form, plunge grinding, snagging of such materials as stainless steel ductile cast iron etc.
适于重磨削、型磨削、入磨削及钢材荒磨，可用于不锈钢和特种球墨铸铁磨削加工。
13.
For heavy-pressure.form,plunge grinding,snagging of such materials as stainless steel ductile cast iron etc.
适于重磨削、成型磨削、切入磨削及钢材荒磨，可用于不锈钢和特种球墨铸铁磨削加工。
14.
Influence of Grinding Parameters on the Cylindrical Grinding-Hardened Layer
磨削用量对外圆磨削表面淬硬层的影响
15.
Adaptive control of grinding force in grinding process of planar cam
平面凸轮磨削过程磨削力的适应控制研究
16.
Shaft forming mold parts′s grinding using surface grinder
巧用平面磨床磨削模具轴类成型零件
17.
Research on Undeformed Chip Thickness and Unit Grinding Force during Surface Grinding of 55 Steel
55钢平面磨削中未变形磨屑厚度及单位磨削力的研究
18.
The grinding surface is also the positioning surface of the workpiece in centerless grinding.
无心磨削中，工件的磨削面就是工件的定位基准面。