磨削

最普通的精加工工序是用机械的方法，如研磨，磨削或用磨料抛光。

The most common finishing operations are mechanical , such as milling , grinding , or polishing with abrasives .

基于Rough集的磨削状态监测系统

The monitoring system of grinding condition based on rough set

Al2O3陶瓷蠕动进给超声磨削特性试验研究

Experimental Study on Characteristics of Creep Feed Ultrasonic Grinding Al_2O_3 Ceramics

天线罩CNC修磨机床磨削轨迹计算

Grinding Path Calculation for the CNC Grinding Machine for a Radome

岩石平面磨削信号的EAR模型与Lyapunov指数

Ear model and Lyapunov exponent of rock surface grinding signals

基于AutoCAD的磨削过程建模

The Analysis of Grinding Process Based on AutoCAD

磨削过程的CNC控制

CNC Control of Grinding Process

用镀Ti金刚石制成的铜基合金磨块对花岗岩的磨削比与不镀钛金刚石相比提高30%。

The grinding ratio of samples made from Ti-clad diamond is 30 % higher than that without clad diamond .

采用TEM和显微Raman光谱分析法检测硅片磨削表面层损伤的微观结构。

The microstructure of surface layer damages of silicon wafers after grinding is measured by TEM and Raman microspectroscopy .

CBN开槽砂轮缓进深切磨削钛合金的实验研究

Creep Feed Deep Grinding Titanium Alloy with Slotted CBN grinding wheel

因此，X射线衍射线的半高宽不能正确的反映硬状态钢铁材料磨削影响层的强化效果。

Accordingly , the half - width values could not correctly describe the work hardening effect of ground surface layers of steels in the hard state .

通过数据验证表明，利用改进的BP算法编制的磨削淬火仿真系统所得的仿真数据与实验数据非常接近，精度较高。

To contrast the simulation data with the experimental data , the results show that the simulation data getting from improved BP arithmetic have a high precision .

基于PMAC下实现椭圆形零件的精密磨削

Precise Grinding of Ellipse Parts Based on PMAC

CNC无靠模凸轮磨削具有效率高、柔性好、精度高、质量稳定等众多靠模仿形法无法比拟的优点。

The CNC method for camshaft grinding has the advantage of high efficiency , good flexibility , precision and steady quality by compared with copying method .

金属结合剂杯形小直径CBN砂轮端面磨削沟槽底面时砂轮的自锐效应

Effect of CBN wheel self-dressing in face grinding of groove bottom with metal bond cup CBN quill

在此基础上应用模糊层次综合评判和灰色聚类法对陶瓷材料的磨削加工性进行评价，并且通过面向对象的程序设计语言VB编制了应用软件。

On the basis of above results , the grindability of ceramics was evaluated by using fuzzy hierarchy comprehensive evaluation and grey cluster analysis methods .

基于ACIS的非圆曲面内圆数控磨削方法的研究

Research on Algorithm for Non-circular Surface NC Grinding Based on ACIS

ELID镜面磨削硬质合金的工艺参数实验研究

Study on the Experiment of ELID Grinding of Carbide Allay

精密ELID镜面磨削用新磨削液的研制

A New Kind of Fluid for ELID Precision Mirror Grinding

SN弹性砂轮是磨具新品种，能够在普通机床上实现对零件的磨削和抛光加工。

SN elasticity grinding-wheel is a new grinding tool , which could be used in part grinding and cut process in general machine tool .

刚玉磨料磨削300M钢适应性研究

A Study on the Adaptability of 300M Ultra high Strength Steel Scratching with Single Grain of Fused Alumina

利用独自开发的CVC辊型设计软件，磨削出CVC工作辊辊型。

The work roll contour of CVC mill were designed with the software developed by the authors .

石榴石铁氧体的ELID高效磨削

High Efficiency ELID Grinding of Garnet Ferrite

20Cr2Ni4A齿轮磨削变质层残余应力研究

Research of Residual Stress on Alterative Layer for 20Cr_2Ni_4A Gear

通过对ELID机理的研究，设计了一套Al2O3陶瓷人工半髋关节股骨头磨具和ELID精密磨削加工工艺流程。

Having researched on the mechanism of ELID-grinding , designed a suit of grinder for Al2O3 ceramic femoral head for artificial partial hip joint and the process of precision-grinding .

通过在线监测磨削力和功率消耗，并结合加工表面的SEM微观分析，探讨了ZrO2与Si3N4陶瓷表面的形成特征及材料的去除机理。

Through monitoring of grinding forces and consumed power during the grinding process , material removal mechanisms were discussed together with SEM analysis of ground ceramic surfaces .

报道了不同磨削表面粗糙度，PVD－TiN涂层，盐浴炉和直空炉热处理，以及氮化等不同表面状态抗弯试样的抗弯强度数据，并作了相应的解释。

The bending strengths of specimens with different surface roughness produced by PVD-TiN coating , salt bath and Vacuum furnace heat treatment and nitriding treatment are reported , some comments are given .

通过实验，研究分析了基于PMAC的高速精密磨削数控加工，为实现PMAC在高速精密加工中的应用打下基础。

Through the trial analysis , we studied high precise NC manufacture on PMAC , this paper provided the foundation for application of PMAC on high precise manufacture .

判据法计算模拟W-M函数轮廓曲线和实际磨削表面的分形维数。

The fractal dimensions of the simulated and real machined profiles are computed respectively with the beta criterion method .

对于钛合金材料，选用GC（70%）和SA（30%）的混合珩磨油石，磨削效率较高，油石粘附较少，并不易破碎，具有较好的磨削效果；

For titanium alloys , the mixture-abrasive honing stone with GC ( 70 % ) and SA ( 10 % ) is not ease to break down , and has higher grinding efficiency , little tendency of loading better grinding effect .