通过对双端面磨削过程的分析和实践，总结出适当的调整砂轮和安排磨削量及控制产品质量的方法。
Through analysis and practice to bearing ring double face grinding process, the proper methods of grinding wheel adjustment, grinding amount arrangement and product quality control were summarized.
切削力、磨削力和磨削表面粗糙度是表征切削加工和磨削加工的最重要特征量，对它们进行预测分析和过程控制具有十分重要的意义。
Cutting force, grinding force and surface roughness of grinding are the most important parameters to scale machine progress, thus precision methods for them is needed in engineering.
通过对丝杠磨削过程中丝杠受热变形的规律进行分析，运用仿真软件进行仿真，计算预测丝杠磨削过程中的变形量。
The screw deformation during grinding is calculated, predicted and simulated by a simulation software, based on analyzing the regularity of thermal deformation.
研究结果表明，对于微晶玻璃等脆性材料，其表面粗糙度主要与砂轮的平均磨粒尺寸、砂轮速度、进给量及磨削深度等因素有关。
It is showed that the surface roughness is mainly related with the average grain size and feed per wheel revolution for the brittle materials such as single crystal silicon.
本文主要介绍了容栅式数显焊接棱角度错边量检测仪尺身定栅槽、基尺外形的成型磨削加工工艺以及砂轮修整工艺，此外，对成型磨削过程中的计算机模拟进行了分析。
This paper introduces the shape grinding process of the decides grid trough and the rule's contour and the process of grinding wheel truing, analyzes the process simulation by computer.
具有自动检测、补偿、报警功能，其砂轮进给速度、进给量、磨削压力和送料盘的转速都可以通过显示屏进行编程。
The feed speed and quantity of the grinding wheel, grinding pressure, rotating speed of the feeding plate all can be programmed on the computer screen.
砂带磨削作为一种有着“万能磨削”之称的新型磨削工艺，已经能用于高速、干磨和大吃刀量等重磨削领域，及高精密零件的磨削加工领域。
Belt grinding, called "universal grinding", a new grinding process, has been used for the heavy grind field with dry grinding, high speed, big cutting, and high-precision parts grinding.
砂带磨削作为一种有着“万能磨削”之称的新型磨削工艺，已经能用于高速、干磨和大吃刀量等重磨削领域，及高精密零件的磨削加工领域。
Belt grinding, called "universal grinding", a new grinding process, has been used for the heavy grind field with dry grinding, high speed, big cutting, and high-precision parts grinding.
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