1.
The Theoretical and Experimental Study on the Dynamic Characteristics of the Two-phase Flow in Planetary Finishing;
行星滚筒滚磨加工中液固两相湍流运动机理的计算和实验研究
2.
Turning processing allowance influence of cylindrical roller bearing outside diameter to grinding prcessing
圆柱滚子轴承外径车加工留量对磨加工的影响
3.
Comparison on Processing of Large Diameter Cylindrical and Grinding Inside Hole with Rolling
大直径外圆和内孔磨削加工与滚压加工的比较
4.
Study on Intelligent Database System of Barrel Finishing Process
滚磨光整加工工艺数据库系统的研究与开发
5.
Research on Crown Forming of Cylinder-Roller Bearing Raceways Using ECABG;
滚子轴承滚道凸度电化学砂带磨削加工技术研究
6.
Calculation of Machining Parameters for Grinding of Internal Race in Gothic Arc Type Ball Cage Universal Joint
球笼式万向节钟形壳内滚道磨削加工参数计算
7.
Error Analysis and Compensation Control in Precision Leadscrew Grinding;
精密滚珠丝杠磨削加工误差分析及其补偿控制
8.
The Numerical Control Grinding Technology of Large Circular-arc Drum-shaped Roller;
大圆弧鼓形滚轮精密数控磨削加工技术
9.
Mechanism and Experimental Study of Barrel Finishing of Disc Parts
盘类零件滚磨光整加工机理及实验研究
10.
The Control of Grinding Thermal Deformation Error of Precision Ball Screw
精密滚珠丝杠磨削加工热变形误差的控制
11.
Exploration of low roughness grinding technology in bearing raceway processing
低粗糙度磨削技术在轴承滚道加工中的探索
12.
Segmented Compensation Algorithmfor Thermal Deformation Error of Ball Screw in Grinding
滚珠丝杠磨削加工热变形误差的分段补偿方法
13.
Development and Experimental Study on Equipment of Barrel Finishing
轮毂滚磨光整加工设备的开发及实验研究
14.
When this method is used in the ball lead-screw grinding error compensation system, the maximum error is effectively decreased.
该方法应用于滚珠丝杠磨削中，使加工精度得到明显提高。
15.
Rolling Contact Fatigue Life Prediction Based on the Surface Integrity Induced by Grinding Process
基于磨削加工表面完整性的滚动接触疲劳寿命预测
16.
Modeling and Simulation of Large Pitch Ball Screw Nut Formation Grinding
大导程滚珠丝杠副螺母成型磨削加工建模与仿真
17.
The Design of Small Diameter and Extend Length Hard Alloy Relief Grinding Hobs and Regrinding;
小直径加长硬质合金铲磨滚刀的设计及其重磨
18.
These arise from machining, grinding, straightening, welding, casting, spinning, forging, and rolling operations, which will also furnish a marked contribution to the shape change.
经过加工、磨削、调直、焊接、铸造、钻孔、锻造和滚压等操作工序，对工件形状变动影响很大。